番号 | 退番号 | 題 名 | 著 者 名 | 誌 名 | 巻-号 | 頁 | 年 |
* | E-39 | 腐食疲れを受けた鋼材のき裂深さと低温ぜい性について | E,永井,有崎 | 日本機械学会論文集 | 27−179 | 1100-1106 | 1961 |
* | E-40 | 炭素鋼の高温疲れにおける速度効果に及ぼすふん囲気の影響 | E, | 日本機械学会論文集 | 27−179 | 1107-1112 | 1961 |
* | E-41 | 高温疲労における運転休止および変動荷重の影響 | E, | 材料試験 | 10-95 | 598-603 | 1961 |
* | E-42 | 薄肉中空試験片による高温疲れ試験 | E,大森,宮本,山田 | 日本機械学会論文集 | 27−182 | 1567-1572 | 1961 |
* | E-43 | On the Crack Length and Low Temperature Brittleness of a Carbon Steel Subjected to Corrosion Fatigue | E,永井,有崎 | Bulletin of JSME | 5-18 | 1962 | |
* | E-44 | The Effect of Atmosphere on the Frequency Effect in the High Temperature Fatigue of a Carbon Steel | E, | Bulletin of JSME | 5-18 | 1962 | |
* | E-45 | 腐食疲れを受けた鋼材のき裂深さと低温ぜい 性に関するその後の研究 | E,永井,黒田 | 日本機械学会論文集 | 29−197 | 12-19 | 1963 |
* | E-46 | Further Study on the Crack Depth and the Low Temperature Embitterment of a Carbon Steel Subjected to Corrosion Fatigue | E,永井,黒田 | Bulletin of JSME | 6-24 | 617-625 | 1963 |
E-47 | A Proposal on the Size Effect of the Fatigue Strength under Bearing and Twisting | E,上出拓郎 | Proc. 7th Japan Cong. on Testing Materials | 1964 | |||
E-48 | 金属の破壊強度に及ぼす腐食の影響(1) (2) | 機械の研究 | 16−6,7 | 759-764, 889-893 |
1964 | ||
1 | 1 | 低サイクル腐食疲労における応力波形の影響 | E,K, | 材料 | 13-130 | 536-541 | 1964 |
E-50 | 曲げねじり疲れ強さと寸法効果 | E,上出拓郎 | 日本機械学会論文集 | 30-218 | 1166-1173 | 1964 | |
* | E-51 | 材料力学 - 疲れ | E, | 日本機械学会年鑑 | 1964 | ||
E-52 | ライニングしたホワイトメタルの疲れ強さ | E,岡田庸敬 | 日本機械学会論文集 | 31-221 | 52-60 | 1964 | |
摩耗機構 | E, | 日本機械学会第24回講習会 | 1-18 | 1964 | |||
E-53 | A Role of Fatigue in Wear of Metals | E,福田嘉雄 | Proc. 8th Japan Cong. on Testing Materials | 69-72 | 1965 | ||
E-54 | Studies on the Size Effect of Bending and Twisting Fatigue Strength | E,上出拓郎 | Bulletin of JSME | 8-31 | 314-321 | 1965 | |
E-55 | 乾燥摩擦における鋼の耐摩耗性と高温かたさ | E,福田嘉雄,八尾 | 材料 | 14−145 | 807-821 | 1965 | |
2 | 2 | Al合金の低サイクル腐食疲労 | E,K, | 材料 | 14-145 | 827-832 | 1965 |
E-57 | Fatigue of Strength of White Metal Lining on Steel Plate | E,岡田庸敬 | Bulletin of JSME | 8-32 | 540-549 | 1965 | |
3 | 3 | Effects of Stress Wave Forms on Low Cycle Corrosion Fatigue Strength J | E,K, | Memoies Faculty of Eng., Kyoto Univ. | 27-4 | 415-432 | 1965 |
E-59 | ライニングした軸受メタルの熱ひずみ | E,岡田庸敬 | 日本機械学会論文集 | 81−232 | 1769-1776 | 1965 | |
E-60 | ライニングした軸受メタルの熱疲れ | E,岡田庸敬 | 日本機械学会論文集 | 31−232 | 1777-1785 | 1965 | |
E-61 | 研摩剤粒子を含む潤滑油中の鋼の摩耗 | E,福田嘉雄,工藤忠 | 日本機械学会論文集 | 32−235 | 526-532 | 1966 | |
4 | 4 | Effects of Mean Stresses on Low Cycle Corrosion Fatigue | E,K, | Proc. 9th Japan cons. on Testing Materials | 25-28 | 1966 | |
E-63 | Studies of Fatigue Strengths of Fiberglass Reinforced Plastics | E,矢野明,奥田雄三 | Proc. 9th Japan Cong. on Testing Materials | 104-108 | 1966 | ||
E-64 | 液中で振動する近接平行2面間の腐食(とくに軸受メタルの損傷について) | E,岡田庸敬,中野達也,中島政明 | 日本機械学会論文集 | 32−237 | 831-841 | 1966 | |
E-65 | 不飽和ポリエステルの疲労強度に的する研究 | E,石原重親 | 材料 | 15−155 | 561-566 | 1966 | |
E-66 | 油中におけるライニングした軸受メタルの疲れ強さ | E,岡田庸敬,藤田,吉良 | 日本機械学会論文集 | 32−242 | 1493-1499 | 1966 | |
E-67 | On the Study Of Thermal Fatigue of Bearing Metals Lining on Steel Plates | E,岡田庸敬 | Bulletin of JSME | 9-35 | 457-469 | 1966 | |
E-68 | Wear of Steel in the Lubricating Oil Containing Abrasive Particles | E,福田嘉雄,工藤忠 | Bulletin of JSME | 9-36 | 785-792 | 1966 | |
5 | 5 | 疲れき裂進展に及ぼすふん囲気の影響 | E,K,古川修 | 日本機械学会論文集,A編 | 32-244 | 1800-1806 | 1966 |
6 | 6 | The Effects of Atmosphere on Fatigue Crack | E,K,古川修 | Bulletin of JSh4E | 10-40 | 581-587 | 1967 |
E-70 | A Study of Erosion Between Two Parallel Surfaces Oscillating at Close Proximity in Liquid | E,岡田庸敬,中島政明 | Trans.ASME,J. of Lubrication Technology | 89-8 | 229-236 | 1967 | |
E-71 | Fatigue Strength of Bearing Metals Lining on Steel Plates in Lubricating Oil | E,岡田庸敬,荻田,吉良 | Bulletin of JSME | 10−39 | 540-549 | 1967 | |
7 | 7 | A Study of Environmental Effects on the Propagation of Fatigue Cracks | E,K, | JSME 1967 Semi- International Symp. | 97-103 | 1967 | |
* | E-73 | The Effects of Atmosphere on Fatigue Crack Propagation | E,K,古川修 | Bulletin of JSME | 10−40 | 581-587 | 1967 |
E-74 | 軸受メタルの油膜による浸食 | E,岡田庸敬,中島政明 | 日本機械学会論文集 | 33−253 | 1515-1523 | 1967 | |
12 | 8 | Effects of Stress History and Corrosive Environment on Fatigue Crack Propagation | E,K,大西一男 | Proc. of the Symp. On Fatigue Metals udder Service Loads | 90-101 | 1967 | |
E-76 | 材料の表面と疲労強度に関する二.三の問題 | E,福田嘉雄,工藤忠 | 材料 | 16−170 | 1515-1523 | 1967 | |
E-77 | 被膜の疲れき裂の進展に関する研究 | E,岡田庸敬,馬場洋一郎 | 日本機械学会論文集 | 34−255 | 1727-1733 | 1967 | |
F.R.P.の耐疲労性 | E, | 日本機械学会第283回講演会 | 1-15 | 1967 | |||
8 | 9 | 鋼の酸性水溶液中の腐食疲労における電気化学的挙動 | E,K, | 材料 | 17-172 | 40-46 | 1968 |
9 | 10 | 腐食疲労ふん囲気中での高力鋼の塑性疲れ | E,K,中垣邦弘 | 日本機械学会論文集,A編 | 34-257 | 44-49 | 1968 |
10 | 11 | 実働荷重下におけるき裂進展とふん囲気の影響 | E,K,大西一男 | 材料 | 17-173 | 160-168 | 1968 |
11 | 12 | うず電流法による疲労き裂進展の測定 | E,K, | 材料 | 17-173 | 182-187 | 1968 |
E-82 | Fatigue Properties of Fiberglass Reinforced Plastics(Effects of Stress Direction and Mean Stress) | E,奥田雄三,元木俊雄 | Proc.11th Japan Cong.on Materlals ReSearCh | 131-134 | 1968 | ||
E-83 | 疲労強度と潤滑油 | E, | 潤滑 | 13-6 | 257-266 | 1968 | |
E-84 | Erosion of Bearing Alloys in Oil Film | E,岡田庸敬,中島政明 | Bulletin of JSME | 11−45 | 536-544 | 1968 | |
E-85 | FRPの疲労特性 | E, | 工業材料 | 16-12 | 25-31 | 1968 | |
E-86 | A Study of Fatigue Crack Propagation in a Coating Film on Base Metal | E,岡田庸敬,馬場洋一郎 | Bulletin of JSME | 11-46 | 620-627 | 1968 | |
E-87 | 実働荷重下における鋼の潤滑摩耗 | E,福田嘉雄,豊田洋民 | 日本機械学会論文集 | 34−266 | 1769-1775 | 1968 | |
13 | 13 | Plastic Strain Fatigue of High Tensile Steel in Corrosive | E,K,中垣邦弘 | Bulletin of JSME | 11-47 | 791-797 | 1968 |
E-89 | キャビテーション・エロージョンの基礎的研究 | E,岡田庸敬,馬場洋一郎 | 日本機械学会論文集 | 34−267 | 1831-1838 | 1968 | |
14 | 15 | Beobachtungen uber elektrochemishe Vorgange bei der Korrosionsermudung von Stahl in Saure | E,K, | Meta lloberfla eche | 22-12 | 378-384 | 1968 |
疲れき裂と環境効果 | E, | 日本機械学会第10回座談会 | 55-64 | 1964 | |||
15 | 14 | 実働荷重下における腐食疲労き裂進展 | E,K,大西一男 | 材料 | 18-184 | 12-17 | 1969 |
16 | 16 | Effects of Stress History and Corrosive Environment on Fatigue Crack Propagation | E,K,大西一男 | Memoies Faculty of Eng. , Kyoto Univ. | 31-1 | 25-46 | 1969 |
E-93 | キャビテーション・エロージョンに対する強さと試験法(1),(2) | E, | 機械の研究 | 12−3,4 | 421-426, 576-582 |
1969 | |
E-94 | フレッチング疲れに及ばす応力繰返し速度の影響 | E,後藤穂積,中村拓夫 | 日本機械学会論文集 | 35−271 | 498-506 | 1969 | |
17 | 17 | Behavior of Corrosion Potential and Current and Life of Corrosion Fatigue | E,K, | Proc. 12th Japan Cong. on Materials Research | 146-149 | 1969 | |
18 | 2-1 | 金属の腐食疲労 (1)〜(7) | E,K, | 機械の研究 | 21-(6-12) | 871,1017, 1283,1435, 1548,1706 |
1969 |
E-97 | The Wear of Steel in Lubricating Oil under Varying Load | E,福田嘉雄,豊田洋民 | Bulletin of JSME | 12-51 | 539-546 | 1969 | |
E-98 | 焼結金属のエロージョン損傷について | E,岡田庸敬,中島政明 | 日本機械学会論文集 | 35−275 | 1397-1403 | 1969 | |
E-99 | Fundamental Studies on Cavitation Erosion | E,岡田庸敬,馬場洋一郎 | Bulletin of JSHE | 12-52 | 729-737 | 1969 | |
E-100 | 疲れ強さと環境効果 | E, | 日本機械学会誌 | 72−608 | 1212-1213 | 1969 | |
19 | 18 | 材料の耐食性と切欠き感度による腐食疲れ強さの評価 | E,K,中室直之 | 日本機械学会論文集,A編 | 35-279 | 2154-2165 | 1969 |
E-102 | Effects of Cycle Frequency on Fretting Fatigue Life of Carbon Steel | E,後藤穂積,中村拓夫 | Bulletin ofJSME | 12-54 | 1300-1308 | 1969 | |
E-103 | 摩耗試験法とその問題点 | E, | 潤滑 | 14-12 | 667-670 | 1969 | |
軸受合金の疲労強度に関する研究 | E, | 日本機械学会 | 8 | 85-121 | 1969 | ||
20 | 19 | 鋼の腐食疲労における電位−PH図の変化 | E,K,岡清次 | 材料 | 19-196 | 36-42 | 1970 |
21 | 20 | Corrosion Fatigue Strength of a Steel under Controlled Potentials and pH Values | E,K, | Proc. 13th Japan Cong. on Materials Research | 162-166 | 1970 | |
E-106 | Erosion Damages of Sintered Metals | E,岡田庸敬,中島政明 | Bulletin of JSME | 13-57 | 334-340 | 1970 | |
E-107 | Influence of Internal Stresses on the Wear of Steel | E,福田嘉雄 | Bull. Japan Soc. of Prec. Engg. | 4-1 | 17-18 | 1970 | |
22 | 21 | Estimation of Corrosion Fatigue Strength by corrosion Resistance and Notch Sensivity of Materials | E,K,中室直之 | Bulletin of JSME | 13-61 | 837-849 | 1970 |
E-109 | 疲労現象としての摩耗 | E, | 潤滑 | 15-11 | 744-747 | 1970 | |
E-110 | 組合せ積層FRPの疲労強度 | E, | 材料 | 19−206 | 956-960 | 1970 | |
23 | 22 | 腐食性環境中における金属の摩耗 | E,K,藤田大東 | 日本機械学会論文集,A編 | 36-292 | 1961-1968 | 1970 |
E-112 | Fatigue Properties of Fiberglass Reinforced Plastics (Effects of Stress Direction) | E,渡邊道弘 | Proc. 14th Japan Gong. on Materials Research | 120-123 | 1971 | ||
E-113 | 潤滑摩耗の挙動と微小電圧の効果 | E,福田嘉雄,高宮脩武 | 日本機械学会論文集 | 37−296 | 670-676 | 1971 | |
E-114 | 鋼の摩耗に及ほす内部応力の影響 | E,福田嘉雄,井上源之助,高宮脩武 | 精密機械 | 37-7 | 496-501 | 1971 | |
E-115 | 油中におけるライニングした軸受メタルの疲れき裂の進展 | E,岡田庸敬,針谷 | 日本機械学会論文集 | 37−300 | 1497-1502 | 1971 | |
24 | 23 | Wear of Metals in Corrosive Environments . | E,K,藤田大東 | Bulletin of JSME | 14-74 | 715-723 | 1971 |
25 | 24 | 高カアルミニウム合金ならびに高力鋼の極低速域における腐食疲れ | E,K,姫嶋正和 | 日本機械学会論文集,A編 | 37-303 | 2036-2042 | 1971 |
E-118 | キャビテーション・エロージョン - とくに油中におけるエロージョン | E, | 潤滑 | 16-12 | 857-865 | 1971 | |
E-119 | Wear of Behaviors of Metals under Lubricated Condition and the Effect of Small Electric Potential | E,福田嘉雄,高宮脩武 | Bulletin of JSME | 14-78 | 1281-1288 | 1971 | |
26 | 25 | 油中における鋼の疲れき裂進展 | E,岡田庸敬,K,清田守男 | 日本機械学会論文集,A編 | 38-307 | 452-458 | 1972 |
27 | 26 | 腐食疲労被害の進行におよぼす平均応力の影響 | E,K,高林重信 | 材料 | 21-220 | 29-34 | 1972 |
E-122 | Fatigue Crack Propagation in Bearing Metals Lining on Steel Plate in Lubricating Oil | E,岡田庸敬,針谷 | Bulletin of JSME | 15-82 | 439-445 | 1972 | |
E-123 | 固形粒子を含む潤滑油中での金属の摩耗(粒子径および接触圧力の影響) | E,福田嘉雄,木下亨 | 日本機械学会論文集 | 38−308 | 889-895 | 1972 | |
E-124 | キヤビテーション・エロージョンに関する基礎的研究(キャビテーション・インテンシティの小さい場合) | E,西村善之 | 日本機械学会論文集 | 38−309 | 924-932 | 1972 | |
E-125 | 腐食疲れおよび腐食摩耗 - 主として電気化学的考察 | E, | 日本機械学会論文集 | 75一641 | 875-883 | 1972 | |
28 | 27 | Effects of Stress Wave Forms and Cycle Frequency on Low Cycle Corrosion Fatigue | E,K, | Proc, Intem. Conf. on Corrosion Fatigtle, National Association of Coirosion Engineering-2 | 16-92 | 437-450 | 1972 |
29 | 28 | On the Cathodic Protection of a Steel under Dynamic Conditions | E,K, | Proc. Intem. Conf. on Mechanical Behavior pf Materials (ICM- 1) | 3 | 299-307 | 1972 |
E-127 | On Fatigue Damage and Damage of Glass Fiber Reinforced Plastics | E,渡邊道弘 | ICM-1 | X | 250-259 | 1972 | |
E-128 | フレッチング疲れ強さと材料の組合せ | E,後藤穂積,中村拓夫 | 日本機械学会論文集 | 38−310 | 1125-1132 | 1972 | |
30 | 29 | Fatigue Crack Propagation of Steel in Oil | E,岡田庸敬,K,清田守男 | Bulletin of JSME | 15-89 | 1316-1323 | 1972 |
31 | 2-2 | 腐食疲れに対する電気化学的アプローチ | K, | 電気化学 | 15128 | 384-391 | 1973 |
E-130 | FRPの衝撃に関する研究 | E,吉田 | 材料 | 21−229 | 884-892 | 1972 | |
E-131 | Wear of Metals in the Lubricating Oil Containing Solid Particles (Effects of Diameter of Particles and Contact Pressure) | E,福田嘉雄,木下亨 | Bulletin of JSME | 15-90 | 1625-1631 | 1972 | |
表面の損傷と環境効果 | E, | 日本機械学会355回講演会 | 49-60 | 1972 | |||
E-133 | Fundamental Studies of Cavitation Erosion (In the Case of Low Cavitation Intensity) | E,西村善之 | Bulletin of JSME | 16-91 | 22-30 | 1973 | |
E-134 | Fretting Fatigue Strength of Several Materials Combinations | E,後藤穂積,中村拓夫 | Bulletin of JSME | 16-92 | 143-150 | 1973 | |
E-135 | The Impact Resistance of Glassfiber Reinforced Plastics under Accumulation of Fatigue Damage | E,藤井,渡邊道弘 | Proc. 16th Japan Gong. on Materials Research | 238- | 1973 | ||
E-136 | フレッティング疲れにおける摩擦力の挙動 | E,後藤穂積,福永年宏 | 日本機械学会論文集 | 39−326 | 2915-2922 | 1978 | |
32 | 30 | EinfulB der Mittleren S.barmungen auf der Verlauf der Korro s i on s erumudung | E,K, | Meta llobernaeche | 27-10 | 378-382 | 1973 |
33 | 2-3 | 金属の腐食疲労 | K, | 日本金属学会報 | 13-1 | 17-25 | 1974 |
E-138 | Observations of Steel Surfaces under Lubricated Wear | E,小谷重遠 | Wear | 26-2 | 239-251 | 1973 | |
E-139 | 潤滑摩耗こおける往復行程の荷重差の影響 | E,福田嘉雄,藤吉,杉下潤二 | 日本機械学会論文集 | 39−328 | 3803-3810 | 1978 | |
34 | 31 | 腐食疲れき裂の進展に及ぼす応力繰返し速度の影響 | E,K,鈴木幸雄 | 月本機械学会論文集,A編 | 40-333 | 1262-1270 | 1974 |
E-141 | Behaviors of Frictional Force in Fretting Fatigue | E,後藤穂積,福永年宏 | Bulletin of JSME | 17-108 | 647-654 | 1974 | |
E-142 | The Imf.1uence of Load Difference in Reciprocating Stroke on the Lubricated Wear | E,福田嘉雄,藤吉,杉下潤二 | Bulletin of JSME | 17-110 | 1097-1104 | 1974 | |
E-144 | GRPの疲れ挙動に及ほす環境水分の影響 | E,渡邊道弘 | 日本機械学会論文集 | 40−337 | 2462-2473 | 1974 | |
36 | 32 | Effects of Dissolved Oxygen in Saline on Corrosive Wear of Metals | E,K,塩見博三 | Wear | 30 | 285--297 | 1974 |
35 | 2-4 | 環境疲れに関する最近の諸問題 | E,K, | 日本機械学会誌 | 77-670 | 966-971 | 1974 |
37 | 33 | 低サイクル腐食疲れにおける重畳小波の影響 | E,K,黒田知明 | 日本機構学会論文集,A編 | 40-340 | 3267-3274 | 1974 |
E-147 | 金属材料の表面損傷 | E, | 機械の研究 | 27-1 | 8-14 | 1975 | |
38 | 34 | Influences of Stress Cycle Frequency on Propagation of Corrosion Fatigue Cracks | E,K,鈴木幸雄 | Bulletin of JSME | 18-115 | 9-16 | 1975 |
E-149 | Effect of Water Environment on Fatigue Behavior of GRP | E,渡邊道弘 | Bulletin of JSME | 18-119 | 473-483 | 1975 | |
39 | 35 | Influences of Secondary Stress Fluctuations of Small Amplitude on Low Cycle Corrosion Fatigue | E,K,黒田知明 | Bulletin of JSME | 18-122 | 769-775 | 1975 |
40 | 36 | Al-Zn-Mg合金の腐食疲労におけるカソード防食効果 | E,K,渡瀬善教 | 材料 | 24-267 | 1140-1146 | 1975 |
E-152 | Effects of Cold-Working and Grain Size on Wear of Steel | E,岡田庸敬,岩井善郎 | Proc. of JSLEASLE Intern. Lub. Conf., Tokyo | 92-100 | 1975 | ||
41 | 2-5 | 金属の腐食疲労に関する最近の諸問題 | 表面 | 13-12 | 685−696 | 1975 | |
42 | 37 | Cathodic Protection in Corrosion Fatigue of an Al-Zn-Mg Alloy | E,K,渡瀬善教 | Proc. 19th Japan Cong. on Materials Research | 71-76 | 1976 | |
E-154 | Initiation and Propagation of Fretting Fatigue Cracks | E,後藤穂積 | Wear | 38-2 | 311-314 | 1976 | |
43 | 38 | 高強度鋼の疲労き裂発生と進展に及ぼす環境効果 | E,K,今城信雄 | 日本機械学会論文集,A編 | 42-361 | 2652-2660 | 1976 |
44 | 39 | 長寿命域ならびに乾湿繰返しにおける腐食疲労強度 | E,K,木下定 | 材料 | 25-276 | 894-898 | 1976 |
45 | 40 | 疲労過程における金属表面よりの自然電子放射 | E,K, | 日本金属学会誌 | 40-9 | 964-968 | 1976 |
E-157 | 摩耗に及ぼす接触面積比の影響 | E,岩井善郎 | 潤滑 | 21-12 | 811-818 | 1976 | |
46 | 2-6 | 腐食疲労における損傷事例とその対策 | K, | 材料 | 25−278 | 1105−1109 | 1976 |
47 | 2-7 | 金属材料の環境強度設計 | K, | 材料科学 | 14-4 | 9-18 | 1977 |
48 | 41 | 超高真空中におけるAl合金の疲労き裂の挙動 | E,K, | 材料 | 26-281 | 143-148 | 1977 |
49 | 42 | Environmental Effects on Initiation and Propagation of Fatigue Cracks in High Strength Steel | E,K,今城信雄 | Bulletin of JSME | 20-143 | 513-520 | 1977 |
50 | 43 | キヤビテーション・エロージョンに対するカソード防食の効果 | E,K, | 防食技術 | 26 | 133-138 | 1977 |
51 | 2-8 | 腐食疲労に関する最近の諸問題 | K, | 防食技術 | 26-3 | 593-605 | 1977 |
* | E-161 | Reply to Comments on ''Initiation and Propagation of Fretting Fatigue Cracks.'' | E,後藤穂積 | Wear | 43-2 | 269-270 | 1977 |
* | E-162 | 金属の摩耗 | E, | 油圧と空気圧 | 8-4 | 250-256 | 1977 |
* | E-163 | 環境疲労き裂の進展 | E, | 材料 | 26−286 | 707-713 | 1977 |
* | E-164 | 腐食疲労 | 防食技術 | 26-10 | 1977 | ||
* | E-165 | 潤滑下の鋼の摩粍に及ぼす接触面積比の影響 | E,岩井善郎 | 潤滑 | 22-10 | 677-683 | 1977 |
* | E-166 | 鋼の潤滑摩耗面の観察 | E,岩井善郎,小西健史 | 潤滑 | 22-12 | 796-802 | 1977 |
*(53) | 2-10 | 金属材料の環境強度設計 | 機械の研究 | 29-1 〜30-3 |
59,321, 447,547, 659,775, 895, 993, 1116,1247, 1339,1467, 65, 313,423 |
1977 -1978 |
|
*(52) | 2-9 | 腐食疲労 | K, | 材料 | 27-292 | 109-114 | 1978 |
* | E-167 | 腐食工学と機械工学 | 防食技術 | 27-1 | 1978 | ||
* | E-168 | Effects of Environment on Fretting Fatigue | E,後藤穂積 | Wear | 48-2 | 347-368 | 1978 |
54 | 44 | Exo-Electron Emission from Metal Surfaces with the Progress of Fatigue Damage | K, | Tram. JIM | 19-3 | 119-124 | 1978 |
*(55) | 2-11 | 環境強度設計について | E,K, | 第23回材料強度と破壊国内シンポ論文集 | 23 | 33-46 | 1978 |
56 | 45 | Influences of Secondary Stress Fluctuations of Small Amplitude on Low-Cycle Corrosion Fatigue | E,K, | ASTM STP 642 | 74-97 | 1978 | |
57 | 46 | 応力腐食割れ環境下におけるAl合金の低サイクル腐食疲労と重畳小波の影響 | E,K,辻宏和 | 日本機械学会論文集,A編 | 44-382 | 1799-1807 | 1978 |
58 | 47 | Cathodic Protection of Corrosion Fatigue Cracks of a Mild Steel | E,K,木村一博 | Bulletin of jSME | 21-161 | 1565-1570 | 1978 |
*(59) | 2-12 | 腐食科学と技術の進歩−1978 腐食防食委員会 | E,K, | 材料 | 27-302 | 1042-1063 | 1978 |
60 | 48 | Long-Life Corrosion-Fatigue Strength of a Carbon Steel | E,K,木下定 | Proc. 22nd Japan Cong. on Materials Research | 193-198 | 1979 | |
61 | 49 | Threshold Stress-Intensity under Cyclic Stress Corrosion Cracking | E,K,山本郁也 | Proc. 22nd Japan Cong. on Materials Research | 199-203 | 1979 | |
62 | 2-13 | エキソエレクトロン現象とその工学的応用 | K, | 日本金属学会報 | 18-5 | 342-348 | 1979 |
* | E-174 | アルミニウム合金のフレッチング摩耗に及ぼす環境の影響 | E,後藤穂積,几茂樹 | 潤滑 | 24-4 | 251-257 | 1979 |
63 | 50 | 高強度鋼の応力腐食割れ環境下における疲労き裂進展 | E,K,藤本知司,松田良信 | 日本機械学会論文集,A編 | 45A-398 | 1152-1159 | 1979 |
64 | 2-14 | SCC事例収集のタスクグループ活動 | K, | 材料 | 28-314 | 1063-1064 | 1979 |
*(65) | 2-15 | 腐食教育を考える 腐食防食委員会 | K.他 | 材料 | 28-314 | 1070-1078 | 1979 |
* | E-176 | フレッチング疲労 | E,後藤穂積 | 潤滑 | 25-1 | 3-8 | 1980 |
66 | 51 | アルミニウム合金の疲労き裂進展に及ぼす真空ならび に気体環境の影響 | K,山地謙二,E, | 材料 | 29-317 | 162-167 | 1980 |
67 | 2-16 | 応力腐食割れ事例の収集と解析 | K, | 機誌 | 83-739 | 723-726 | 1980 |
68 | 52 | Environmentally Enhanced Fatigue Crack Growth of a High-Strength Steel Sensitive to Stress Corrosion Cracking | E,K,藤本知司,松田良信 | Bulletin of JSME | 23-180 | 807-814 | 1980 |
69 | 2-17 | 腐食疲労 | K, | 材料 | 29-322 | 754-759 | 1980 |
* | E-179 | 鋼の摩耗に及ほす試験方式の影響 | E,岩井善郎 | 潤滑 | 25-7 | 473-480 | 1980 |
70 | 53 | 鋼の腐食疲労き裂の進展に対する腐食生成物の力学的効果 | E,K,松田喜彦 | 日本機械学会論文集,A編 | 46A-412 | 1337-1343 | 1980 |
71 | 54 | 高力Al合金の応力腐食割れ、腐食疲労に及ぼす板厚の影響 | E,K,山本郁也 | 日本機械学会論文集,A編 | 46A-412 | 1344-1351 | 1980 |
72 | 55 | 高強度鋼の繰返し応力腐食割れ特性に及ぼす応力比の影響 | E,K,藤本,松田良信 | 日本機械学会論文集,A編 | 47A-415 | 257-263 | 1981 |
73 | 56 | SCC Crack Growth under Vibratory Stress of High R Values | E,K,M, | Proc. Fatigue'81 | 77-86 | 1981 | |
74 | 57 | Mechanical Effects of Corrosion Products in Corrosion Fatigue Crack Growth of a Steel | E,K,松田喜彦 | Bulletin of JSME | 24-194 | 1319-1325 | 1981 |
* | E-184 | Transition of Lubricated wear of Carbon Steel | Proc. 3rd Intern. Conf. on-wear of Materials, ASME | 1981 | |||
* | E-185 | Effect of Test Method on Wear of Steel | I.. of JSLE, Intern. Edition | 2 | 1981 | ||
* | E-186 | Practical Observations of Initiation and Propagation of Fretting Fatigue Cracks | Fretting Fatigue Ed. byR.B. Waterhouse Appl. Science Publishers ,London | 1981 | |||
75 | 58 | Effects of Specimen Thickness on Stress Corrosion cracking and Corrosion Fatigue of an Aluminum Alloy | E,K,山本郁也 | Bulletin of JSME | 24-194 | 1326-1332 | 1981 |
76 | 59 | 高強度鋼の一定持続荷重ならびに繰返し荷重下におけるき裂進展と水素供給の関係 | E,中村誠,K, | 材料 | 30-337 | 995-1000 | 1981 |
77 | 60 | Influences of Stress Ratios on Cyclic Stress Corrosion Crack how Characteristics of a High-strength Steel | E,K,松田良信 | Bulletin of JSME | 24-197 | 1885-1892 | 1981 |
*(78) | 61 | Threshold Crack Growth Characteristics under Dynamic stress corrosion Cracking in 4340 Steel | Proc. 25th Japan Cons. on Materials Research | 56-62 | 1982 | ||
79 | 2-18 | 動的環境強度に対する最近の諸問題 | E,K,M, | 第27回材料強度と破壊国内シンポ論文集 | 27 | 13-18 | 1982 |
80 | 62 | 高強度鋼の動SCCき裂進展の下限界特性 | E,K,M, | 材料 | 31-347 | 822-827 | 1982 |
81 | 2-19 | 金属の環境強度「とくにその最近の知見(1),(2) | K, | 機械の研究 | 34-9,10 | 985-990, 1113-1117 | 1982 |
82 | 63 | ステンレス鋼の腐食疲労き裂進展に及ぼす塩素イオン濃度の影響 | E,K,村山茂 | 日本機械学会論文集,A編 | 48A-436 | 1489-1495 | 1982 |
83 | 2-20 | 環境強度研究のための最近の解析技術と二、三の結果 | K, | 金属学会会報 | 22-1 | 17-23 | 1983 |
84 | 2-21 | 腐食疲労研究の共同作業−その必要性と意義 | K, | 防食技術 | 32-1 | 1-2 | 1983 |
85 | 2-22 | 環境強度研究の現状と展望 | K, | 日本機械学会論文集,A編 | 49A-439 | 261-269 | 1983 |
86 | 2-23 | 応力腐食割れ及び腐食疲労への破壊力学の適用 | K, | 溶接学会誌 | 52-3 | 262-276 | 1983 |
*(87) | 2-24 | 腐食疲労研究の現状と展望 | K, | 鉄と鋼 | 69-7 | 728-736 | 1983 |
88 | 64 | 繰返し低ひずみ速度試験による応力腐食割れき裂進展 | E,向井善輝,K, | 材料 | 32-355 | 441-445 | 1983 |
89 | 65 | Crack how by Stress-Assisted Dissolution and Threshold Characteristics in Corrosion Fatigue of a Steel | E,K,敷田卓祐 | ASTM STP | 801 | 81-95 | 1983 |
90 | 2-25 | 動的環境強度に関する最近の諸問題 | K, | 軽金属 | 33-6 | 347-356 | 1983 |
*(91) | 66 | Influence of Cl- Concentration on Corrosion Fatigue Crack Growth of an Austenitic Stainless Steel | Bulletin of JSME | 26-218 | 1281-1287 | 1983 | |
92 | 67 | 80キロ級高張力鋼の腐食疲労き裂進展挙動 | E,喜多禎人K, | 日本機械学会論文集,A編 | 49A-445 | 1029-1035 | 1983 |
93 | 68 | 鋼の乾燥摩耗の遷移に及ぼすCr含有量の影響 | E,八木英次K, | 材料 | 32-361 | 1187-1193 | 1983 |
94 | 69 | Al合金の静SCCおよび動SCCき裂進展に及ぼす温度の影響 | E,M,行待博司 | 材料 | 32-362 | 1238-1242 | 1983 |
95 | 70 | The Influence of Temperature on Static and Dynamic SCC Crack Growth Behavior in Aluminum Alloy | E,K,行待 | Proc. 27th Japan Cong. on Materials Research | 57-62 | 1984 | |
96 | 71 | A Fractographic Study on Mode T and ModeU SCC Crack Growth in an Al-Zn-Mg Alloy | K,薄木栄治 | Proc. 27th Japan Cong. on Materials Research | 63-69 | 1984 | |
97 | 72 | 高強度鋼の応力腐食割れき裂発生に及ぼす微小振動応力の影響 | K,M,藤戸敏弘 | 金属学会誌 | 48-3 | 307-313 | 1984 |
98 | 2-26 | 破壊力学入門 9.環境強度 | K, | 材料 | 33-367 | 501-507 | 1984 |
99 | 73 | Corrosion Fatigue Crack Growth of a High-tension Steel in NaCl Solution | E,喜多禎人K, | Bulletin of JSME | 27-227 | 847-853 | 1984 |
100 | 74 | 高張力鋼の疲労き裂進展とき裂開閉口挙動に及ぼす真空効果 | K,的場宏次,菊地純 | 材料 | 33-368 | 566-571 | 1984 |
101 | 2-27 | 潤滑周辺講座 環境強度TUV | K, | 潤滑 | 29-4,6,7 | 259-262, 423-426, 502-506 |
1984 |
102 | 75 | 13Crステンレス鋼の腐食疲労き裂準展挙動 | K,金崎宏 | 日本機械学会論文集,A編 | 50A-454 | 1143-1150 | 1984 |
103 | 76 | Influences of Stress Ratios and Cycle Frequencies on Dynamic SCC Crack Growth in Al-alloy | K,M, | Prbc. Intem. Conf. Metallic Corrosion | 1 | 167-173 | 1984 |
104 | 77 | Al合金のモードU型、モードV型荷重による応力腐食割れのフラクトゲラフイ | K,薄木栄治 | 材料 | 33-370 | 921-926 | 1984 |
105 | 78 | 腐食疲労き裂進展における腐食生成物のくさび効果に関する研究 | K,敷田卓祐,E, | 日本機械学会論文集,A編 | 50A-456 | 1453-1460 | 1984 |
106 | 79 | 高張力鋼の過防食下における腐食疲労き裂進展 | K,M,山本和利 | 材料 | 33-374 | 1407-1413 | 1984 |
107 | 80 | 腐食損傷面に対する2次元画像処理技術の応用 | K,M,菊地純,西出裕 | 材料 | 33-374 | 1431-1437 | 1984 |
108 | 81 | Al合金の動SCCき裂進展に及ぼす応力比・繰返し速度の影響 | K,M, | 日本機械学会論文集,A編 | 50A-459 | 1804-1810 | 1984 |
109 | 82 | Corrosion-Products Induced Wedge Effect and Fatigue Crack Growth of Stainless Steels | K,金崎宏 | proc. 6th Intem. Conf. Fracture | 4 | 2489-2469 | 1984 |
110 | 83 | Corrosion Fatigue Crack Growth of a Martensitic Stainless steels in NaCl Solution | K,村山茂,金崎宏 | Bulletin of JSME | 28-236 | 202-208 | 1985 |
111 | 84 | 高力Al合金の繰返しSCCき裂進展に及ぼす応力波形・重畳微小振動応力の影響 | K,M,山本和利 | 日本機械学会論文集,A編 | 51A-462 | 432-439 | 1985 |
112 | 85 | Corrosion Fatigue Crack Growth in a High-tensile Strength Steel under Cathodic Overprotection | K,M, | Proc. 28th Japan Cong. on Materials Research | 81-88 | 1985 | |
113 | 86 | Application of 2-D Computer Image- Processing to Damaged Surfaces in an Aggressive Environment | K,M,菊地純,西出裕 | Proc. 28th Japan Cong. on Materials Research | 113-118 | 1985 | |
114 | 87 | A Study on Corrosion Products-induced Wedge Effect in Corrosion Fatigue Crack Growth | K,敷田卓祐,E, | Bulletin of JSME | 28-238 | 571-577 | 1985 |
*(115) | 2-28 | 金属の環境強度設計 | 日本舶用機関学会誌 | 20-4 | 249-257 | 1985 | |
116 | 88 | Corrosion-Fatigue Crack Growth Retardation and Enhancement in Structural Steels | K, | Current Research on Fatigue Cracks, MRS | 1 | 235-253 | 1985 |
117 | 89 | 疲労破面の3次元画像解析 | K,菊地純 | 材料 | 34-381 | 648-652 | 1985 |
118 | 90 | Effects of Stress Wave Forms and Superposition of Vibratory Stresses on Cyclic SCC Crack Growth I Behavior in an Al-Alloy | K,M, | Bdlletin of JSME | 28-244 | 2211-2218 | 1985 |
119 | 91 | 低合金鋼の高温高圧水中腐食疲労破面の解析とき裂進展機構 | K,木下定,菊地純 | 材料 | 34-385 | 1223-1227 | 1985 |
120 | 92 | 7N01Al合金の繰返しSCCき裂進展に及ぼす温度の影 | E,M,行待博司 | 防食技術 | 34-11 | 606-611 | 1985 |
121 | 93 | 高力Al合金の曲げおよびねじり応力下における繰返しSCC・き裂の発生 | K,M,市川明徳 | 材料 | 35-388 | 13-18 | 1986 |
122 | 94 | Influence of Vibratory Stresses on Initiation of Stress Corrosion Cracking in High-Strength 'Steel | K,M,藤戸敏弘 | Trams. JIM | 27-1 | 23-31 | 1986 |
123 | 95 | Influence of Crack Plane Orientation on Dynamic SCC Crack Growth in a High-Strength Al-Alloy | K,M,近藤昌樹,安村充弘 | Proc. 29th Japan Cong. on Materials Research | 77-83 | 1986 | |
124 | 96 | Crack Initiation Behavior of Cyclic SCC under Bending and Tensional Loads in a High-Strength Al-Alloy | K,M,市川明徳 | Proc. 29th Japan Cong. on Materials Research | 85-92 | 1986 | |
125 | 97 | 腐食生成物のくさび効果に及ぼす繰返し速度と応力比の影響 | K,長野整 | 日本機械学会論文集, A編 | 52A-476 | 867-874 | 1986 |
126 | 98 | 高力Al合金の動SCCき裂進展に及ぼす材料異方性の影響 | K,M,近藤昌樹,安村充弘 | 材料 | 35-393 | 642-646 | 1986 |
127 | 2-29 | 金属の環境強度設計 | K, | 自動車技術 | 40-8 | 963-969 | 1986 |
128 | 99 | 人工海水中における80キロ級高張力鋼の腐食疲労き裂進展とカソード防食効果 | K,野口昌利 | 日本機械学会論文集, A編 | 52A-480 | 1770-1777 | 1986 |
129 | 100 | Al合金のSCC強度に及ぼす微小振動応力と材料異方性の影響 | K,M,西出裕 | 日本機械学会論文集, A編 | 52A-480 | 1809-1815 | 1986 |
130 | 101 | 腐食疲労破面の3次元画像解析 | K,野口昌利 | 鉄と鋼 | 72-15 | 2125-21 | 1986 |
131 | 102 | Influences of Stress Cycle Frequency and Stress Ratio on Corrosion Product-induced Wedge Effects | K,長野整 | Bulletin of JSME | 29-258 | 3973-3978 | 1986 |
132 | 103 | 人工海水中における80キロ級高張力鋼溶接材の腐食疲労き裂発生挙動 | K,M,金貴殖 | 材料 | 36-401 | 141-146 | 1987 |
133 | 104 | The Influences of Small Vibratory Stress and Anisotropy of Grains on SCC Strength in Aluminum Alloys | K,M,西出裕 | JSME Interm. J. | 30-261 | 40 1-407 | 1987 |
134 | 105 | Dynamic SCC Crack Growth Characteristics | K,M, | Microstructure and Mechanical Behav. of Mater. | 1 | 309-318 | 1986 |
135 | 106 | Al−Zn−Mg合金のモードT、モ−ドU混合モード下のSCCき裂進展挙動 | K,M,安村充弘 | 材料 | 36-404 | 488-494 | 1987 |
136 | 107 | SCC Crack Growth Behavior in Al Alloy under Dynamic Mixed Mode Loading Conditions | K,M,安村充弘 | Proc. 30th Japan Cong. on Materials Research | 77-83 | 1987 | |
137 | 108 | Corrosion Fatigue Crack Initiation Behavior of a 80kgf/mm2 High-tensile Strength Steel Weldment in Synthetic Sea Water | K,M,金貴殖 | Proc. 30th Japan Cong. on Materials Research | 85-91 | 1987 | |
138 | 109 | Thee-dimensional Image Analysis of Corrosion Fatigue Fracture Surfaces | K,野口昌利 | Trans. ISIJ | 27-8 | 658-663 | 1987 |
139 | 110 | Low Cycle Corrosion Fatigue of High Tensile Strength Steel and Image Processing of Fracture Surfaces | K,野口昌利 | Low Cycle Fatigue and Elasto-Plastic Behav. of Mater. | 342-347 | 1987 | |
140 | 111 | Dynamic and Cyclic Stress Corrosion Cracking Resistance of Metals | K,M, | Advanced Materials for Severe Service Applications | 373-388 | 1987 | |
141 | 2-30 | 腐食摩耗 | K, | 材料 | 36-402 | 303-3P6 | 1987 |
142 | 112 | Dynamic and Cyclic Stress Corrosion Cracking Resistance of Metals | K,M, | P;oc. 5th Asian-Pacific Corrosion Control | 1987 | ||
143 | 113 | SEM画像の三次元画像構築技術 | K,M,菊地純,野口昌利,金貴殖 | 月本機械学会論文集, A編 | 53A-494 | 1961-1965 | 1987 |
144 | 2-31 | 自己変革の必要性 | K, | 防食技術 | 36-9 | 549-550 | 1987 |
145 | 114 | 人工海水中における耐海水2相ステンレス鋼の腐食疲労き裂進展挙動 | K,入船佳津一 | 材料 | 36-409 | 1104-1109 | 1987 |
146 | 115 | 人工海水中における高張力鋼の腐食疲労き裂発生 | K,M,木下定,金貴殖 | 日本機械学会論文集, A編 | 53A-496 | 2267-2273 | 1987 |
147 | 116 | 人工海水中における高張力鋼の非貫通表面疲労き裂進展特性 | K,野口昌利,岡本英樹 | 日本機械学会論文集, A編 | 53A-496 | 2274-22.79 | 1987 |
148 | 117 | 二種類のアラミド/エポキシ複合材の引張りと疲労特性に及ぼす水の影響 | K,城下荘平,Michiel V.Bruschke | 材料 | 36-411 | 1395-1401 | 1987 |
149 | 118 | The Influence of Vibratory Stresses on SCC Crack Initiation | K,M, | Role of Fracttwe Mech.in Modern Tech. | 423-436 | 1987 | |
150 | 119 | 人工海水中における50gkf/mm2級TMCP鋼の腐食疲労き裂進展特性 | K,岡本英樹 | 鉄と鋼 | 74-2 | 358-364 | 1988 |
152 | 2-32 | 環境強度に関する最近の諸問題と将来動向 | K,M, | 日本機械学会論文集,A編 | 54A-498 | 181-189 | 1988 |
153 | 120 | 長時間腐食疲労き裂進展特性推定法に関する一提案 | K,M,金貴殖 | 日本機構学会論文集, A編 | 54A-499 | 509-512 | 1988 |
154 | 121 | Crack Initiation Behavior of Cyclic SCC under Bending and Torsional Loads in a High-Strength Steel | M,大久保淳,K, | Proc. 31st Japan Cong, on Materials Research | 39-44 | 1988 | |
155 | 122 | The Influence of Water on Tensile and Fatigue properties of Two Types of Aramid/Epoxy Composites | K,城下荘平,Michiel V.Bruschke | Proc. 31st.Japan Cong. on Materials Research | 159-164 | 1988 | |
156 | 2-33 | 画像処理フラクトグラフイの現状と将来(1)(2)(3) | K,E, | 機械の研究 | 40-5,6 | 553,660,763 | 1988 |
157 | 123 | 高強度鋼のSCCき裂進展に及ぼす応力繰返し速度・波形効果と粒界・粒内破面の自動判別 | M,尾嶋正樹,K, | 日本機械学会論文集,A編 | 54A-500 | 670-678 | 1988 |
158 | 124 | Corrosion Fatigue Crack Initiation of High-Tensile-Strength Steels in Synthetic Seawater | K,M,木下定,金貴殖 | JSME Intem. J., Ser. I | 31-3 | 606-612 | 1988 |
159 | 125 | Growth Characteristics of Surface Fatigue Cracks of High-Tensile Strength Steel in Synthetic Seawater | K,野口昌利,岡本英樹 | JSME Intern. J., Ser. I | 31-3 | 613-618 | 1988 |
160 | 126 | 高強度鋼の曲げおよびねじり応力下の繰返しSCCき裂発生 | M,大久保淳,K, | 材料 | 37-417 | 671-675 | 1988 |
161 | 127 | 画像処理技術を用いたシヤルピ衝撃破面のフアセット破面単位の定量解析 | M,長崎達夫,K, | 日本機械学会論文集,A編 | 54A-504 | 1559-1565 | 1988 |
162 | 128 | 炭素繊維斜交積層複合材料の機械的性質と疲労に及ぼす水環境効果 | K,M,渋谷豊茂,野村勉 | 日本機械学会論文集,A編 | 54A-505 | 1677-1683 | 1988 |
163 | 2-34 | 画像処理フラクトグラフイ | K,M, | 防食技術 | 37-12 | 758-764 | 1988 |
164 | Current Status and Future Trends on Environmental Strength of Metals | K,M, | JSME IntemJ., ser. I | 32-1 | 1-13 | 1989 | |
165 | 129 | Stress Corrosion Cracking of High-Strength Steels under Dynamic Loading Conditions | M,K, | Localized Corrosion, C Jh4R | 4 | 123-147 | 1988 |
166 | 130 | 人工海水中における高張力鋼溶接材の腐食疲労き裂進展特性 | K,M,金貴殖,岡本英樹 | 日本機械学会論文集,A編 | 55-510 | 179-185 | 1989 |
167 | 131 | Reconstruction Technique of Three-Dimensional Shape by SEM Image | K,M,菊地純,野口昌利,金貴殖 | JSME Intem. J., Ser. I | 32-2 | 263-268 | 1989 |
168 | 132 | An Estimation Method of Long-Term Corrosion Fatigue Crack Growth Characteristics | K,M,金貴殖, | JSME IntemJ., ser. I | 32-2 | 282-286 | 1989 |
169 | 133 | 高強度鋼の動的SCCき裂進展に及ぼすき裂長さの影響 | M,杉山忠,K, | 日本機械学会論文集,A編 | 55A-512 | 689-696 | 1989 |
170 | 134 | 高張力鋼の海洋波浪応力下の腐食疲労き裂進展特性 | K,M,金貴殖, | 日本機械学会論文集,A編 | 55A-515 | 1512-1518 | 1989 |
171 | 135 | The Influence of Water on the Mechanical Properties and Fatigue Strength of Angle-Ply Carbon/Epoxy Composites | K,M,渋谷豊茂,野村勉 | JSME Intern. J.-, Ser. I | 32-4 | 588-595 | 1989 |
172 | 136 | アラミド/エポキシ斜交積層複合材料の引張りと疲労に及ぼす水の影響 | K,城下荘平,木下定,J.Grenestedt | 材料 | 38-434 | 1329-1335 | 1989 |
173 | 137 | 高強度鋼の引張り・ねじり組合せ応力下の繰返しSCCき裂発生挙動 | M,木内徹,K, | 日本機械学会論文集,A編 | 55A-519 | 2277-2284 | 1989 |
174 | 138 | Crack Initiation and Growth Mechanisms of Corrosion Fatigue and Stress Corrosion cracking | K, | Proc. EVjuMAT 8, ISIJ9 | 1 | 121-134 | 1989 |
175 | 140 | CFRPの疲労損傷の超音波顕微鏡フラクトグラフイと層間はく離進展抵抗 | K,M,木下定,小川浩基,黒田彰夫 | 材料 | 39-438 | 271-276 | 1990 |
176 | 139 | Quantitative Analysis of Facet Sizes of Cleavage Failures in Charpy Impact Tests Using a Computer Image Processing | M,長崎達夫,K, | JSME Inter. J., Ser. I | 33-1 | 72-78 | 1990 |
177 | 141 | 人工海水中における耐海水二相ステンレス鋼溶接材の腐食疲労き裂進展特性 | K,M,金貴殖,入船佳津一 | 材料 | 39-439 | 343-349 | 1990 |
178 | 142 | In-Situ Observation of Corrosion Fatigue Damage of Offshore Steel by Scanning Vibrating Electrode Technique | M,小川誓,K | Proc. 11th Intern. Corr. Cong. | 5 | 477-484 | 1990 |
179 | 143 | 走査型振動電極による腐食疲労過程のその場観察 | M,小川誓,K | 材料 | 39-439 | 350-356 | 1990 |
180 | 144 | Influence of Water on Tensile and Fatigue Strength of Angle-Ply Aramid/Epoxy Composites | K,城下荘平,木下定,J.Grenestedt | Proc. 33rd Japan Cong. on Materials Research | 101-107 | 1990 | |
181 | 145 | 一方向強化炭素繊維/エポキシ樹脂複合材料の破壊特性と疲労に及ぼす水環境効果 | K,M,渋谷豊茂, | 日本機械学会論文集,A編 | 56A-525 | 1021-1029 | 1990 |
182 | 146 | コンピュータ画像処理技術を用いた破面性状の自動判別 | M,長崎達夫,K, | 日本機械学会論文集,A編 | 56A-525 | 1318-1323 | 1990 |
183 | 147 | レーザ非接触測定法を用いた3次元高速マッピング装置の開発 | K,M,大木裕史 | 材料試験技術 | 35-3 | 158-164 | 1990 |
184 | 148 | 一方向強化炭素繊維/エポキシ樹脂複合材料の引張破壊特性とAE波解析 | K,M,渋谷豊茂, | 日本機械学会論文集,A編 | 56A-528 | 1792-1799 | 1990 |
185 | 149 | OPS83を用いたステンレス鋼のSCC診断エキスパート システムの試作 | K,M,小山昌宏 | 日本機械学会論文集,A編 | 56A-530 | 2197-2202 | 1990 |
186 | 150 | ディンプルとストレッチゾーンの3次元画像定量解析 | K,M,森田宏光 | 材料 | 39-444 | 1311-1316 | 1990 |
187 | 151 | The Influence of Crack Length on SCC Crack Growth Behavior of High-Strength Steel under Dynamic Loading Conditions | M,杉山忠,K, | JSME Intern. J.,Ser. I | 33-4 | 520-526 | 1990 |
188 | 152 | Fracture Surface Reconstruction Technique and Crack Closure | K,野口昌利 | CJMR | 6 | 161-186 | 1990 |
189 | 153 | Image Processing Technique of Fracture Surface | K, | Proc. Fatigue.90 | 1963-1972 | 1990 | |
190 | 154 | Mechanical Condition Dominating Cyclic Stress Corrosion Cracking of a High-Strength Steel under combined Multiaxial Loads | K,M, | NACE-10, Environment- Induced Cracking of Metals | 213-217 | 1990 | |
191 | 155 | Corrosion Fatigue Crack Retadation and Enhancement and Fracture Surface Reconstruction Technique | K, | Envirorment As sist6d Fatigue | 189-204 | 1990 | |
192 | 156 | 環境助長割れ診断エキスパートシステムの開発と診断知識の重要度評価 | K,M,小山昌宏 | 日本機械学会論文集,A編 | 57A-533 | 188-194 | 1991 |
193 | 157 | アラミド/エポキシ複合材料の両振疲労強度に及ぼす水の影響 | K,城下荘平,木下定 | 材料 | 40-450 | 341-346 | 1991 |
194 | 158 | Hygrothermal Degradation and Fracture Process of Advanced Fiber-Reinforced Plastics | K,M,城下荘平 | Materials Science and Eng ine;ring | A143 1/2 | 155-166 | 1991 |
195 | 159 | The Influence of Water on Fatigue Properties under Completely Reversed Load of Aramidapox Composites | K,城下荘平,木下定 | Proc. 34th Japan Cong.on Materials Research | 209-215 | 1991 | |
196 | 160 | Development of OPS83 -Based Diagnostic Expert System for SCC in Stainless Steel | K,M,小山昌宏 | Proc. 6th ICM | 2 | 209-215 | 1991 |
197 | 161 | Tensile and Fatigue Fracture Behavior and Water-Environment Effects in SiC Whisker/7075 Composite | K,M,良尊弘幸 | Proc. 6th ICM | 2 | 403-408 | 1991 |
198 | 162 | Investigation of the Fracture Mechanism of Carbon/Epoxy Composites by AE Signal Analyses | K,M,渋谷豊茂 | JSME Intern. J., Ser. I | 34-3 | 381-388 | 1991 |
199 | 163 | 画像処理による複数破面性状の自動認識 | K,M,石井彰一 | 日本機械学会論文集,A編 | 57A-542 | 2995-2601 | 1991 |
200 | 164 | アラミド/エポキシ樹脂複合材料の破壊機構と超音波顕微鏡による損傷評価 | K,M,木下定,中野守人,植松美彦 | 日本機械学会論文集,A編 | 58A-546 | 206-211 | 1992 |
201 | 165 | The Influence of Water and test Frequency on the Fatigue Strength of Aramid/Epoxl Composites | K,城下荘平 | Proc. 35th Japan Cong. on Materials Research | 153-159 | 1992 | |
202 | 166 | 炭素繊維強化エポキシ樹脂基複合材料の組み合わせ引張り・ねじり荷重下の静的・疲労荷重破壊特性と吸水効果 | K,M,三木豊治 | 日本機械学会論文集,A編 | 58A-550 | 830-836 | 1992 |
203 | 167 | SCC Crack howth Behavior in Al Alloy under Dynamic Mixed Mode Loading Conditions | K,M,安村充弘 | Proc. 3rd Intern. Conf.AI Alloys | 1 | 593-598 | 1992 |
204 | 168 | Fatigue and Fracture Behavior of Carbon Fiber Reinforced Plastic under Combined Tensile and Torsional Stress and Influences of Water Absorption | K,M,三木豊治 | Low Cycle Fatigue and Elasto-Plagtic Behav. of Mater. | 3 | 621-626 | 1992 |
205 | 画像処理フラクトグラフィ | K,M, | 軽金属 | 42-9 | 537-545 | 1992 | |
206 | 2-35 | 金属材料の環境助長割れ診断 | K, | 新素材 | 3-9 | 19-23 | 1992 |
207 | 169 | アラミド繊維強化エポキシ樹脂の疲労強度に及ぼす水環境効果と応力繰返し速度の影響 | K,城下荘平 | 材料 | 41-468 | 1427-1432 | 1992 |
208 | 170 | アラミド繊維強化複合材料め疲労強度に及ぼす温水効果 | K,城下荘平 | 材料 | 41-469 | 1539-1544 | 1992 |
209 | 171 | Development of Diagnostic Expert System for Environmentally Assisted Cracking (EXENAC) and Influence Evaluation of Rules in Inference | K,M,小山昌宏 | ASTM STP 1140 | 255-270 | 1992 | |
210 | 172 | Tensile and Fatigue Fracture Behavior and Water-Environment Effects in a Sic -Whisker/7075-Aluminum Composite | K,M, | Composites Science and Technology | 46 | 59-66 | 1993 |
211 | 173 | ArFRPの引張りと疲労における層間はく離進展特性に及ぼす水環境効果 | K,M,佐田安史 | 材料 | 42-475 | 391-397 | 1993 |
212 | 174 | Recognition of Different Fracture Surface Morphologies using Computer Image Processing Technique | K,M,石井彰一 | JSME International J.,Ser. A | 36-2 | 220-227 | 1993 |
213 | 175 | Investigation on Fatigue Fracture in Aramid/Epoxy Composites and Damage Evaluation by Means of SAM | K,M, | Fatigue '93 | 3 | 1397-1402 | 1993 |
214 | 176 | The Influence of Crack Length. on SCC Crack Growth Behavior of High Strength Steel under Dynamic Loading Conditions | K,M,杉山忠 | Progress in Understand. & Prevention of Corrosion | 2 | 1492-1499 | 1993 |
215 | 177 | Characterization of Fatigue Delamination Growth in a Circular Notched CFRP by Scanning Acoustic Microscope and Influences of Water Absorption | K,M,瀬戸口繁 | Proc. ICCM/9 | 5 | 858-865 | 1993 |
216 | 178 | Automatic Classification of Fracture Surface Morphology Using Computer Image Processing Technique | M,長崎達夫,K, | Proc. APCFS'93, JSME | 373-378 | 1993 | |
217 | 179 | In-Situ Visualization of Nanometer Sized Corrosion Damage by STM/AFM | K,M,伊藤雅彦 | Proc. Conf. on Advanced Tech. Exper. Mech. JSME | 9-17 | 1993 | |
218 | 180 | Influence of Water on Delamination Growth Behavior under Tensile and Fatigue Loading in Aramid/Epoxy Composites | K,M,佐田安史 | Proc. Joint JSME/KSME Conf. | 143-148 | 1993 | |
219 | 181 | CFRPの機械的性質と疲労挙動に及ぼす極低温度・吸水効果 | K,M,石川直明 | 日本機械学会論文集,A編 | 59A-566 | 2278-2285 | 1993 |
220 | 182 | 超音波顕徹鏡によるCFRP円穴切欠き材の疲労層間はく離進展特性と吸水効果 | K,M,瀬戸口繁 | 日本機械学会論文集,A編 | 59A-568 | 2970-2976 | 1993 |
221 | 183 | Tensile and Tension-Tension Fatigue Fracture Behavior of γ-Al203/AI Metal Matrix Composite at Room and Elevated Temperature | K,M,船渡俊行 | ASTM STP 1203 | 145-170 | 1993 | |
222 | 184 | 微小材料機械的特性評価試験機の試作とシリコン単結晶微小素子の破壊特性評価. | K,M,俵秀男,井上茂道,砂子 | 日本機械学会論文集,A編 | 60A-569 | 52-58 | 1994 |
223 | 走査プローブ顕微鏡(STM/AFM)による腐食面損傷のナノスコピックその場観察の現状 | K,M, | まてりあ | 33-3 | 251-260 | 1994 | |
224 | 185 | 走査型プローブ顕微鏡による局部腐食のナノメータ液中その場観察 | K,M,伊藤雅彦 | 材料 | 43-486 | 329-335 | 1994 |
225 | 186 | STM/AFMによる応力腐食割れき裂進展のその場観察 | K,M,伊藤雅彦 | 材料 | 43-486 | 336-342 | 1994 |
226 | 187 | SiCウイスカ強化アルミニュウム合金の引張・ねじり組合わせ応力下の室温・高温破壊特性 | K,M,吉田元太郎 | 日本機械学会論文集,A編 | 60A-572 | 1080-1087 | 1994 |
227 | 2-36 | FRPの評価 | K, | 精密工学会誌 | 60-6 | 764-767 | 1994 |
228 | 188 | Investigation of the Fracture Mechanisms in Aramid/Epoxy Composites and Damage Evaluation with a Scanning Acoustic Microscope | K,M,中野守人,植松美彦 | Advances in Fiber Composite Materials | 59-79 | 1994 | |
229 | 189 | Nanoscopic Evaluation of the Corrosion Damage by means of Scanning Tunneling and Atomic Force Microscopes | K,M,伊藤雅彦,宮脇毅 | Recent Advances in Experimental Mechanisms | 1181-1186 | 1994 | |
230 | 190 | 超音波顕微鏡によるCFRP衝撃荷重による損傷評価と水環境効果 | K,M,山崎博司 | 日本機械学会論文集,A編 | 60A-579 | 2511-2517 | 1994 |
231 | 191 | 環境助長割れフラクトグラフイ診断エキスパートシステムの開発 | M,山崎伯公,K, | 日本機械学会論文集,A編 | 60A-579 | 2518-2524 | 1994 |
232 | 192 | アルミナ繊維およびアルミナ繊維一方向強化アルミニュウムの引張りと疲労に及ぼす真空環境効果 | K,M,三嶋隆之 | 日本機械学会論文集,A編 | 61A-586 | 1153-1159 | 1995 |
233 | 193 | In-situ Observation of Corrosion Process by Scanning Atomic Force Microscope | K,M,伊藤雅彦,宮脇毅 | Computer Methods & Experimental Measurements for Surface Treatments | 121-128 | 1995 | |
234 | 194 | Influence of Vacuum on Strength and Fatigue Fracture Behavior of Alumina Fiber and Its Aluminum Matrix Composite | K,M,三嶋隆之 | Composites '95, Proc. Japan-U. S. | VII | 409-416 | 1995 |
235 | 195 | ぜい性破面のSEM/STM/AFMによる三次元定量解析 | M,遠藤道彦,宮脇毅,K, | 日本機械学会論文集,A編 | 61A-587 | 1587-1594 | 1995 |
236 | 196 | Fracture Behavior of SiC Whisker Reinforced Aluminum Alloy under Combined Tension/Torsion Loading at Room and Elevated Temperature | K,M,吉田元太郎 | Proc. ICCM10 | II | 815-822 | 1995 |
237 | 197 | Evaluation of Low-Velocity Impact Induced Delamination by Scanning Acoustic Microscope and Influence of Water Absorption on Delamination and Compression after Impact of CFRP | K,M,山崎博司 | Proc. 1st Int. Conf.Mech. Time Dependent Mater. SEM | 287-292 | 1995 | |
238 | 198 | Cryogenic Temperature and Water Absorption Effects on Mechanical Properties and Fatigue Strength of CFRP | K,M,石川直明 | Advanced Composites in Emerging Teclmologies | 113-119 | 1995 | |
239 | AFMによる環境誘起割れのナノメータ観察 | K,M, | まてりあ | 34-9 | 1057-1061 | 1995 | |
240 | 2-37 | 走査型プロープ顕微鏡による腐食損傷面の超微視観察技術 | K, | 防錆管理 | 39-10 | 363-371 | 1995 |
241 | 199 | Development of Mechanical Testing Machine of Microelements and Fracture and Fatigue Behavior of Single Crystal Silicon Microelements | K,M,井上茂道, | ATEM'95 | 135-140 | 1995 | |
242 | 200 | 炭素繊維強化樹脂/アラミドハニカム心材サンドイッチはりの機械的特性と破壊機構に及ぼす水環境の影響 | K,城下荘平,Gilles Kilidjian | 材料 | 44-505 | 1273-1278 | 1995 |
243 | 201 | Influence of Water on Mechanical Properties and Fracture Mechanism of CFRP/Aramid Honeycomb Core Sandwich Beam | K,城下荘平,Gilles Kilidjian | Mater. Sci. Res. Intern. | 1-4 | 226-231 | 1995 |
244 | 202 | Development of Expert System for Fractography of Environmentally Assisted Cracking | K,M,山崎伯公 | 1 4ACMSM | 1 | 32-37 | 1995 |
245 | 203 | Si単結晶マイクロエレメントの破壊・疲労特性と水環境 効果 | K,M,井上茂道,藤井秀敏 | 日本機械学会論文集,A編 | 62A-596 | 978-984 | 1996 |
246 | 204 | Fracture Behavior of SiC Whisker/Aluminum Matrix Composite under In-phase and Out-of Phase Tension/Torsion Combined Loading | M,佐藤重喜,K, | Proc. Fatigue '96 | 1505-1510 | 1996 | |
247 | 205 | Nanoscopic AFM Observation of Fracture and Fatigue Behavior of Single-Crystal Silicon Microelements | K,M,井上茂道, | Proc. APCFS '96 | 671-676 | 1996 | |
248 | 206 | 高強度Al合金のSCCき裂進展過程のAFM微視観察と大気・真空環境変動効果 | K,M,宮脇毅 | 日本機械学会論文集,A編 | 62A-600 | 1827-1833 | 1996 |
249 | 207 | SiCウイスカ強化Al合金の疲労挙動に及ぼす引張り・ねじり組合わせ位相差負荷 | M,佐藤重喜,K, | 日本機械学会論文集,A編 | 62A-601 | 2001-2007 | 1996 |
250 | 208 | In-Situ Nanoscopic Visualization of Stress Corrosion Cracking of High-Strength Aluminum Alloy by Scanning Atomic Force Microscopy | K,M,宮脇毅 | Journal de Physique iv | 6 | C6-413-420 | 1996 |
251 | 209 | Influence of Vacuum on Strength and Fatigue Fracture Behavior of Aluminum Fiber and Its Aluminum Matrix Composite | K,M,三嶋隆之 | Proc. ECF1 1 | 2 | 1181-1186 | 1996 |
252 | 2-38 | 環境強度問題に対する知識工学手法の応用 | K,M, | 材料システム | 15 | 23-38 | 1996 |
253 | 2-39 | Nanometric Visualization of Localized Damages by Scanning Probe Microscopy | M,K, | Materials Science Research Intemational | 2-4 | 209-219 | 1996 |
254 | 210 | アラミド繊維強化樹脂基複合材料の強度特性に及ぼす極低温と吸水効果 | K,M,岡本圭司 | 材料 | 46-2 | 157-162 | 1997 |
255 | 211 | Development of an Expert System for Fractography of Environmentally Assisted Cracking | M,山崎伯公,K, | ASTM STP 1311 | 131-143 | 1997 | |
256 | 212 | Development of Mechanical Testing Machine for Micro-element and Fracture and Fatigue of Si Single Crystals | K,M,井上茂道, | Micro Materialg | 406-41 1 | 1997 | |
257 | 213 | 繊維強化樹脂基複合材料の衝撃・圧縮破壊特性と水環境効果 | K,M,田中和人 | 日本機械学会論文集, 編 | 63A-610 | 1198-1204 | 1997 |
258 | 214 | Fracture and Fatigue Behavior of Microelements and Nanoscopic AFM Damage Evaluation | K, | ICM&M '97 | 283-288 | 1997 | |
259 | 215 | Nanoscopic In Situ AFM Observation of Stress Corrosion Cracking of High-Strength Aluminum Alloy and Influence of Vacuum | M,宮脇毅,K, | ICM&M '97 | 733-738 | 1997 | |
260 | 216 | Influence of Vacuum and Water on Tensile Fracture Behavior of Aramid Fibers | M,鶴一隆,K, | ATEM, 97 | 373-378 | 1997 | |
261 | 217 | Nanosopic Evaluation of Localized Corrosion Damages | K,M, | Trans. SMiRT 14 | 9 | 109-120 | 1997 |
262 | 218 | Fatigue Fracture Behavior of SiC Whisker/Aluminum Matrix Composite under In-Phase and Out-of-Phase Tension/Torsion Loading | K,M,佐藤重喜 | 5th Intem.Conf. B iaxia lMultiaxia1 Fatigue and Fracture | 1 | 141-154 | 1997 |
263 | 2-40 | マイクロマテリアルの現代的ニーズと今後の展開 | K, | 材料 | 46-12 | 1442-1447 | 1997 |
312 | アラミド繊維の引張破壊特性に及ぼす真空・水環境効果と繊維損傷のAFM微視観察 | M,鶴一隆,K, | 日本機械学会論文 集,A編 | 63A-614 | 66-72 | 1997 | |
264 | 219 | In-Situ Observation of Stress Corrosion Cracking of High-Strength Aluminum Alloy by Scanning Atomic Force Microscopy and Influence of Vacuum | K,M,宮脇毅 | JSME Intern. J., Ser. A | 41-1 | 49-56 | 1998 |
265 | 220 | Failure Analysis and Prevention in SCC and Corrosion Fatigue Cases | K, | Intern. J. Fatigue | 20-2 | 145-154 | 1998 |
266 | 221 | Evaluation of Stress Corrosion Resistance and Corrosion Fatigue Fracture Behavior of Ultra-high-strength P/M Al-Zn-Mg Alloy | M,岡田誠,K, | Intern. J. Fatigue | 20-10 | 757-766 | 1998 |
267 | 2-41 | マイクロマテリアルの機械的特性評価法 | M,K, | 材料 | 47-4 | 427-433 | 1998 |
268 | 222 | 炭素繊維強化PEEK樹脂基複合材料の引張り・衝撃破壊に及ぼす電子線照射効果 | K,M,田中和人 | 日本機械学会論文集,A編 | 64-625 | 2300-2307 | 1998 |
269 | 223 | セラミックス系単繊維の引張破壊特性に及ぼす真空・水環境効果と繊維表面損傷のAFM観察 | M,加納孝俊,K, | 日本機械学会論文集,A編 | 64-628 | 2964-2969 | 1998 |
270 | 224 | Influence of Vacuum and Water on Tensile Fracture Behavior of Aramid Fibers | M,鶴一隆,K, | Damage and Fracture Mechani c s | 595-604 | 1998 | |
271 | 225 | Influence of Electron Radiation on Tensile and Impact Fracture Behavior of Carbon/PEEK Composite | K,M,田中和人 | 1st Asian-Australasian Conference on Composite Materials | 443-1-443-4 | 1998 | |
272 | 226 | Evaluation of Stress Corrosion Resistance and Corrosion Fatigue Fracture Behavior of Ultra-High-Strength P/M Al-Zn-Mg Alloy | M,岡田誠,K, | Low Cycle Fatigue and Elasto-Plastic Behaviour of Materials. | 393-398 | 1998 | |
273 | 227 | Corrosion Fatigue Fracture Behavior of a SiC Whisker-Aluminum Matrix Composite under combined Tension-Torsion Loading | M,永島秀郎,K, | Fatigue & Fracture of Engirmering Materials and Structures | 21 | 1435-1446 | 1998 |
274 | 228 | Fracture and Fatigue Behavior of Single Crystal Silicon Microelements and Nanoscopic AFM Damage Evaluation | K,M,井上茂道, | Microsystem Technologies | 5 | 30-37 | 1998 |
275 | 229 | The Effect of Water-Absorption and Cryogenic Temperature on the Strength of ArFRP | 城下荘平,岡本圭司,K, | Materials Science Research International | 4-4 | 287-293 | 1998 |
276 | 230 | Fracture and Fatigue Behavior in Micromaterials | K,M, | Small Fatigue Cracks:Mechanics and Applica lions | 315-327 | 1999 | |
277 | 2-42 | マイクロマテリアルにおける機械的特性とナノスコピック損傷評価(研究展望) | K,M, | 日本機械学会論文 集,A編 | 65-631 | 416-424 | 1999 |
278 | 231 | 高強度・高弾性単繊維の横方向圧縮試験と環境効果・ | M,前川圭大,山田哲也,K, | 日本機械学会論文集,A編 | 65-631 | 454-460 | 1999 |
279 | 232 | 高速鉄道用新種高強度銅合金トロリ線の腐食疲労破壊特性 | K,M,宮澤宏二 | 材料 | 48-5 | 495-500 | 1999 |
280 | 233 | Effects of Stress Waveform and Water Absorption on Fatigue strength of CF/PEEK | K,M,田中和人,保仙裕 | Proc. ICM8 | 4 | 922-927 | 1999 |
281 | 234 | The Influence of NaCl Solution oh Fatigue fracture Behavior of Sic Whisker/Aluminum Matrix Composite under Combined Tension/Torsion Loading | M,永島秀郎,K, | Proc. 7th Intern. Fatigue Congress | 4 | 2299-2304 | 1999 |
282 | 235 | Lateral Compression Behavior of High Strength and High Elastic Modulus Fibers and Influences of Environments | M,前川圭大,山田哲也 ,K, |
ATEM '99, Ube | 1 | 204-209 | 1999 |
283 | 237 | Influence of Specimen Size and Sub-Micron Notch on the Fracture Behavior of Single Crystal Silicon Microelements and Nanoscopic AFM Damage Evaluation | M,井上茂道,寺田知太,K | Materials Science of Microelectromechanical Systems(MEMS) Devices | 546 | 15-20 | 1999 |
284 | 2-43 | 環境強度と寿命予測 | K, | ターボ機械 | 27-11 | 651-656 | 1999 |
285 | 236 | Statistical Failure Analysis and Prevention in SCC and Corrosion Fatigue Cases | K, | Case Histories on Integrity and Failures an | 31-40 | 1999 | |
286 | 238 | Submicrometer Notch Machining by FIB and Fracture and Fatigue Behavior in Silicon Microelements | M,寺田知太,K | Proc. 3rd Intern. Cohf. on Micro Materials,Micromat 2000 | 566-569 | 2000 | |
287 | 239 | Development of Environment Controllable Micro Mechanical Testing Machine and the Influence of Vacuum on Fracture and Fatigue in Aramid Single Fiber | M,前川圭大,K, | ECF13 | 2000 | ||
288 | 240 | Lateral Compression Behavior of High-strength and High-Elastic-Modulus Fibers and Influence of Environment | M,前川圭大,山田哲也,K, | JSME Intern. J. Ser.A | 43-1 | 69-75 | 2000 |
289 | 2-44 | 薄膜の機械的性質とその試験法 | K, | UEMURA TECHNICAL | No.47 | 10 | 2000 |
291 | 241 | Generic Algorithms for High-precision Reconstructions of Three-dimensional Topographies using Stereo Fractographs | M,末崎達也,K, | Fatigue & Fracture of Enginnering Materials and Structures | 23 | 435-443 | 2000 |
292 | 242 | The Influence of Vacuum on Fracture and Fatigue Behavior in a Single Aramid Fiber | M,前川圭大,K, | Intem. J. Fatigue | 22 | 757-765 | 2000 |
293 | 243 | Influence of Nanometer-sized Notch and Water on the Fracture Behavior of Single Crystal Silicon Microelements | M,寺田知太,K | Fatigue & Fracture of Engirmering Materials add Structures | 23 | 1033-1040 | 2000 |
294 | 244 | Generic Algorithms for High-precision Reconstructions of Three-dimensional Topographies using Stereo Fractographs | K,M,末崎達也 | 2nd Intern. Conf. on Experimental Mechanics | 4317 | 494-499 | 2000 |
295 | 構造材料の環境強度寿命・余寿命予測 | K, | 材料システム | 19 | 7-14 | 2000 | |
296 | 245 | 炭素繊維強化PEEK樹脂基複合材料の疲労破壊特性に及ぼす応力波形・水環境効果 | K,M,田中和人,保仙裕 | 日本機械学会論文集,A編 | 67-655 | 574-579 | 2001 |
297 | 2-45 | マイクロマテリアルの機械的特性評価法の最近の進歩 | M,K, | 日本機械学会論文 集,A編 | 67-655 | 384-392 | 2001 |
298 | 246 | Corrosion Fatigue Fracture Behavior of a SiC Whisker/Al Matrix Composite under Combined Tension-torsion Loading | K,M,永島秀郎 | 6th ICB/MF&F | 1 | 167-174 | 2001 |
299 | 247 | Corrosion Fatigue Fracture Behavior of High-Strength PM Al-Zn-Mg Alloy | M,岡田誠,K, | 2nd Intern. Conf. on Envirorment Sensitive Cracking and Corrosion Damage 2001 | 346-352 | 2001 | |
300 | 248 | Corrosion Fatigue Fracture Behavior of High-strength Cu Trolley Wire for High-speed Railroad Services | M,宮澤宏二,K | 10th Intern. Conf. on Fracture | 1-6 | 2001 | |
301 | 249 | Environmentally Assisted Fracture Behavior of Silicon Microelements (Special Lecture) | K,M,寺田知太 | 10th Intern. Conf. on Fracture | 1-6 | 2001 | |
302 | 2-46 | 構造部材の腐食環境強度に対する破壊力学の応用 | K, | 機械の研究 | 53-12 | 1211-1222 | 2001 |
303 | 250 | Environmental Fatigue Crack Growth in Titanium Aluminides and Hydrogen Evolution Behavior | M,小原邦彦,南野直樹,K, | Fatigue & Fracture of Engimering Materials and Structures | 24 | 803-816 | 2001 |
304 | 251 | Effects of Stress Wave form and Water Absorption on Fatigue strength of Angle-ply Aramid Fiber/Epoxy Composites | K,M,田中和人,徳良具巳 | Intern. J. Fatigue | 24-(2-4) | 339-348 | 2002 |
305 | 252 | The Influence of Water Environment on Fatigue Crack Growth Behavior in Titanium Aluminides and Hydrogen Evolution Behavior | M,小原邦彦,南野直樹,K, | Fatigue 2002 | 5 | 3032-3038 | 2002 |
306 | 253 | Environmentally Assisted Fatigue and Fracture of Silicon Microelements | K,M,寺田知太 | Fatigue 2002 | 5 | 2213-2224 | 2002 |
307 | 254 | Evaluation of Stress Corrosion Resistance and Corrosion Fatigue Fracture Behavior of Ultra-High- Strength P/M Al-Zn-Mg alloy | K,M,岡田誠 | Materials Sci Forum | 369-402 | 1455-1460 | 2002 |
308 | 255 | Influence of Environment on Fatigue Crack Growth in Titanium Aluminides and Hydrogen Evolution Behavior-Evaluated by Thermal Desorption Spectroscopy | M,小原邦彦,南野直樹,K, | ECF14 | 2/3 | 183-189 | 2002 |
*(309) | 256 | Characterization of the Aramid/Epoxy Interfacial Properties by means of Pull-out Test and Influence of Water Absorption | M,K, | Conposites Science and Technology | 62 | 2169-2177 | 2002 |
*(310) | 2-47 | マイクロマシン/MEMSの現状と将来展望 | M,K, | まてりあ | 41-10 | 668-672 | 2002 |
(311) | 257 | In Situ AFM Imaging System for the Environmentally Induced Damage under Dynamic Loads in a Controlled Environment | M,K, | I SIJ International | 43-4 | 579 -588 | 2003 |
注 * =別刷り不在 (No.) =推測 | E = 遠藤 K = 駒井 M = 箕島 |