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内部出版物
SpringerLink电子期刊(38)
Elsevier电子期刊(28)
在“
Elsevier电子期刊
”中,
命中:
28
条,耗时:0.0239863 秒
在所有数据库中总计命中:
66
条
1.
The
Weld
Toe
Improvement
of Advanced HSLA Steel by Laser Remelting
作者:
Já
;
n Lago
a
;
jan.lago@fstroj.uniza.sk" class="auth_mail" title="E-mail the corresponding author
;
Otakar Bokůvka
a
;
b
;
Franti&scaron
;
ek Nový
;
a
;
b
关键词:
Weld
toe
iprovement
;
laser remelting
;
TIG dressing
刊名:Materials Today: Proceedings
出版年:2016
2.
Understanding of Fatigue Strength
Improvement
of Steel Structures by Hammer Peening Treatment
作者:
Fabien Lefebvre
a
;
Fabien.lefebvre@cetim.fr" class="auth_mail" title="E-mail the corresponding author
;
Catherine Peyrac
a
;
Guillaume Elbel
b
;
C. Revilla-Gomez
c
;
Catherine Verdu
c
;
Jean-Yves Buffiè
;
re
c
关键词:
weld
improvement
;
hammer peening
;
fatigue
;
residual stress
刊名:Procedia Engineering
出版年:2015
3.
Diode Laser
Weld
Toe
Re-melting as a Means of Fatigue Strength
Improvement
in High Strength Steels
作者:
Christoph Gerritsen
;
Sofie Vanrostenberghe
;
Matthew Dor茅
关键词:
weld
toe
re-melting
;
diode laser
;
high strength steels
;
fillet
weld
s
;
fatigue
improvement
刊名:Procedia Engineering
出版年:2013
4.
Fatigue life
improvement
of mig
weld
ed aluminium T-joints by friction stir processing
作者:
J.D.M. Costa
;
J.S. Jesus
;
A. Loureiro
;
J.A.M. Ferreira
;
L.P. Borrego
关键词:
Fatigue strength
;
Friction stir processing
;
MIG
weld
ing
;
Aluminium alloy
刊名:International Journal of Fatigue
出版年:April, 2014
5.
Fatigue design of axially-loaded high frequency mechanical impact treated
weld
s by the effective notch stress method
作者:
Halid Can Y谋ld谋r谋m
a
;
halid.yildirim@aalto.fi" class="auth_mail
;
Gary B. Marquis
a
;
b
关键词:
High frequency mechanical impact
;
Weld
toe
improvement
;
Fatigue strength
improvement
;
High strength steels
;
Effective notch stress
刊名:Materials and Design
出版年:June, 2014
6.
TIG-dressing of High Strength Steel Butt
Weld
ed Connections - Part 1: Weld
Toe
Geometry and Local Hardness
作者:
S.H.J. van Es
;
M.H. Kolstein
;
R.J.M. Pijpers
;
F.S.K. Bijlaard
关键词:
TIG-dressing
;
butt
weld
;
weld
toe
geometry
;
local hardness
刊名:Procedia Engineering
出版年:2013
7.
Fatigue strength
improvement
factors for high strength steel
weld
ed joints treated by high frequency mechanical impact
作者:
Halid Can Yildirim
;
Gary B. Marquis
关键词:
High frequency mechanical impact (HFMI)
;
Weld
toe
improvement
;
Fatigue strength
improvement
;
High strength steel
刊名:International Journal of Fatigue
出版年:2012
8.
Residual Stresses in
Weld
ed Components Following Post-
weld
Treatment Methods
作者:
Lasse Suominen
;
Mansoor Khurshid
;
Jari Parantainen
关键词:
Weld
ing
;
High Stregnth Steel
;
HFMI
;
Residual Stress
;
Fatigue Strenght
Improvement
刊名:Procedia Engineering
出版年:2013
9.
Fatigue performance of tubular X-joints with PJP+
weld
s: I 鈥?Experimental study
作者:
Xudong Qian
;
Yuthdanai Petchdemaneengam
;
Somsak Swaddiwudhipong
;
Peter Marshall
;
Zhiyong Ou
;
Chien Thang Nguyen
关键词:
Tubular joint
;
S&ndash
;
N curve
;
Enhanced partial joint penetration
weld
s
;
Root crack
;
Toe
crack
刊名:Journal of Constructional Steel Research
出版年:November, 2013
10.
Use of Martensitic Stainless Steel
Weld
ing Consumable to Substantially Improve the Fatigue Strength of Low Alloy Steel Welded Structures
作者:
Fabrice Sc
;
ella
;
Nicolas Cavallin
;
Philippe Gressel
;
Jessy Haouas
;
Laurent Jubin
;
Fabien Lefebvre
;
Isabel Huther
关键词:
LTT
;
fatigue
;
martensitic
;
Ms
;
cored wire
;
stainless steel
;
residual stress
;
fillet
weld
刊名:Procedia Engineering
出版年:2013
1
2
3
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