.... 31 10 2011 10 05 2012 Austenitic stainless steels—particularly the 304 and 316 families of alloys—exhibit similar trends in the dependence of yield stress on temperature. Analysis of temperature and strain-rate dependent yield stress literature data in alloys with varying nitrogen...

...Toshihiro Ohtani; Hirotsugu Ogi; Masahiko Hirao We studied microstructure changes of 304-type austenitic stainless steel subjected to a tensile stress at 973 K . We monitored the shear-wave attenuation and velocity using electromagnetic acoustic resonance (EMAR). The attenuation peaks at 40% to 50...

... conditions. slip viscoplasticity Young's modulus Poisson ratio work hardening fatigue cracks microcracks austenitic stainless steel nickel alloys 10 February 2003 23 July 2003 22 01 2004 Contributed by the Materials Division for publication in the JOURNAL...

... 2003 fatigue adhesion joining processes fibre reinforced composites delamination stress analysis Young's modulus thermal expansion internal stresses thermal stresses Poisson ratio shear modulus alumina austenitic stainless steel We are now developing cryogenic structures...

... internal stresses cladding techniques crack-edge stress field analysis plastic deformation austenitic stainless steel simulation stress measurement substrates The Laser Metal Forming (LMF) process is an innovative application of lasers with industrial potential for small series production...

... phenomena thermal barrier coatings austenitic stainless steel plasma arc sprayed coatings porosity crack-edge stress field analysis ultrasonic materials testing crack detection voids (solid) microcracks scanning electron microscopy For fossil fuel fired power generation, higher thermal...

... effect. In the last section, calculated results will be presented and compared to experimental X-ray diffraction pole figures obtained on a 304 AISI stainless steel during a quasi-static tensile test at low temperature. austenitic stainless steel martensitic transformations plastic flow slip...

... stainless steel plastic flow yield stress thermal stresses surface topography thermal expansion yield strength finite element analysis crystal microstructure 22 January 2001 12 March 2002 31 12 2002 Contributed by the Materials Division for publication in the JOURNAL...

... slip rotation yield stress plastic flow engineering recovery austenitic stainless steel If a metal or alloy specimen is subjected to repeated cycles of loading under stress control where the maximum stress exceeds initial yield and in the presence of a mean stress, the metal settles down...

... received February 28, 2001. Associate Editor: S. A. Meguid. 01 February 2000 28 February 2001 carbon steel composite materials modelling thermal stresses boilers thermal expansion stress corrosion cracking crack-edge stress field analysis stress analysis austenitic stainless...

...; revised manuscript received January 15, 2001. Associate Editor: A. M. Rajendran. 19 November 1999 15 January 2001 hot pressing finite element analysis densification forming processes powder metallurgy austenitic stainless steel Derivative Based Approach Design Sensitivity...

.... Associate Editor: S. Meguid. 14 April 1999 22 September 2000 stress relaxation yield strength creep plastic deformation austenitic stainless steel yield stress ageing diffusion finite element analysis Austenitic stainless steels have been used architecturally in building...

... stainless steel A tube possesses a combination of light weight and high stiffness, which has attracted many applications in the aerospace, automobile, oil and various other industries. In the auto industry, for example, tube hydroforming has been identified as one of the key technologies to reduce...

.... , 1996 , “ Effects of Specimen Thickness and Side-Groove on Fracture Toughness of JN1 Austenitic Stainless Steel Rolled Plate at Liquid Helium Temperature ,” Adv. Cryog. Eng. , 42 , pp. 345 – 352 . Shindo, Y., Horiguchi, K., Sanada, K., Kobori, T., Nakajima, H., and Tsuji, H., 1997 “Cryogenic...

...C. N. McCowan; T. A. Siewert; R. L. Tobler The 4-K tensile and fracture toughess properties of a fully austenitic stainless steel weld are reported. One tensile and two compact tension fracture specimens were tested. The weld was produced by gas metal arc welding using an Fe-18Cr-20Ni-5Mn-0.16N...