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Wiley电子期刊(73)	SpringerLink电子期刊(2098)	NATURE电子期刊(36)	Elsevier电子期刊(5457)
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在“Elsevier电子期刊”中，命中：5,457条，耗时：0.0379796 秒

在所有数据库中总计命中：7,703条

1.Applicability of low transformation temperature welding consumables to increase fatigue strength of welded high strength steels

作者：Ebrahim Harati^a ; ^{ebrahim.harati@hv.se} ; Leif Karlsson^a ; Lars-Erik Svensson^a ; Kamellia Dalaei^b

关键词：Low transformation temperature welding consumables ; Fatigue strength ; Residual stress ; Martensite start temperature

刊名：International Journal of Fatigue

出版年：2017

2.Fatigue strength assessment of laser welded thin-walled joints made of mild and high strength steel

作者：G. Marulo^a ; ^{giuseppe.marulo@gmail.com} ; J. Baumgartner^b ; F. Frendo^a

关键词：Fatigue assessment ; High strength steel ; Thin-walled specimens ; Laser beam welds ; Notch stress approach

刊名：International Journal of Fatigue

出版年：2017

3.Fatigue strength of thin laser-hybrid welded full-scale deck structure

作者：Ingrit Lillemä ; e^a ; ^{ingrit.lillemae@aalto.fi} ; Sami Liinalampi^a ; Heikki Remes^a ; Antti Itä ; vuo^b ; Ari Niemelä ; ^b

关键词：Fatigue strength ; Thin plate ; Butt joint ; Full-scale fatigue test ; Structural hot spot stress

刊名：International Journal of Fatigue

出版年：2017

4.Fatigue strength of TIG-dressed ultra-high-strength steel fillet weld joints at high stress ratio

作者：T. Skriko ; ^{tuomas.skriko@lut.fi" class="auth_mail" title="E-mail the corresponding author} ; M. Ghafouri ; T. Bjö ; rk

关键词：Fatigue strength ; TIG-dressing ; Stress ratio ; Ultra-high-strength steel ; Finite element analysis

刊名：International Journal of Fatigue

出版年：2017

5.A 3-D model for quantification of fatigue weak-link density and strength distribution in an A713 cast aluminum alloy

作者：Lin Yang^a ; Pei Cai^a ; Zhiqiang Xu^b ; Yan Jin^a ; Chunyong Liang^c ; Fuxing Yin^c ; Tongguang Zhai^a ; ^c ; ^{tongguang.zhai@uky.edu}

关键词：Porosities ; Fatigue crack nucleation life ; Fatigue weak-link density and strength distribution ; Prediction of crack incubation life ; A713 cast Al alloy

刊名：International Journal of Fatigue

出版年：2017

6.Features of interrelations between acoustic quality factor and strength of rock salt during fatigue cyclic loadings

作者：Aleksandr Sergeevich Voznesenskii^a ; ^al48@mail.ru ; Maksim Nikolaevich Krasilov^a ; ^{krasilov.maksim.93@mail.ru} ; Yaroslav Olegovich Kutkin^a ; ^{kutnew@mail.ru} ; Mikhail Nikolaevich Tavostin^b ; ^{mihail.tavostin@yandex.ru} ; Yukhanna Vladimirovich Osipov^b ; ^{yuhanna@list.ru}

关键词：Rock salt ; Fatigue loading ; Acoustic quality ; Strength

刊名：International Journal of Fatigue

出版年：2017

7.Fatigue strength improvement of GMAW T-welds in AA 5083 by friction-stir processing

作者：J.S. Jesus ; ^{joel.jesus@uc.pt} ; J.M. Costa ; A. Loureiro ; J.M. Ferreira

关键词：Fatigue strength ; Friction stir processing ; GMAW welding ; Aluminium alloy ; Variable loading

刊名：International Journal of Fatigue

出版年：2017

8.Application of the Microstructural Finite Element Alternating Method to assess the impact of specimen size and distributions of contact/residual stress fields on fatigue strength

作者：N.O. Larrosa^a ; ^{nicolas.larrosa@manchester.ac.uk} ; V. Chaves^b ; A. Navarro^b ; R.A. Ainsworth^c

关键词：Alternating method ; Short cracks ; Distributed dislocation technique (DDT) ; Residual stresses ; Fretting fatigue ; Fatigue strength

刊名：Computers & Structures

出版年：2017

9.Fatigue strength of laser-welded foam-filled steel sandwich beams

作者：Anssi T. Karttunen^a ; ^{anssi.karttunen@aalto.fi} ; Mikko Kanerva^a ; ^b ; Darko Frank^a ; Jani Romanoff^a ; Heikki Remes^a ; Jasmin Jelovica^a ; Sven Bossuyt^a ; Essi Sarlin^b

关键词：Sandwich panels ; Ultimate strength ; fatigue strength ; Hybrid structure ; Scanning electron microscopy

刊名：Materials & Design

出版年：2017

10.Compression fatigue behavior and failure mechanism of porous titanium for biomedical applications

作者：Fuping Li ; Jinshan Li ; Tingting Huang ; Hongchao Kou ; ^{hchkou@nwpu.edu.cn} ; Lian Zhou

关键词：Porous Titanium ; Diffusion bonding ; Compression fatigue ; Failure mechanism ; Normalized fatigue strength

刊名：Journal of the Mechanical Behavior of Biomedical Materials

出版年：2017

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