... Nuclear Stress analysis Temperature Fossil power generation 08 06 2014 24 03 2016 Contributed by the Materials Division of ASME for publication in the J OURNAL OF E NGINEERING M ATERIALS AND T ECHNOLOGY . Manuscript received June 8, 2014; final manuscript received March 24, 2016...

..., interfacial debonding, and composite tube failure. 25 07 2011 16 02 2012 04 05 2012 07 05 2012 cladding tube Zircaloy-4 SiC stress analysis optimal design thermal stress failure theory The geometry of the three-layer cladding tube is schematically shown in Fig. 1...

... spectra semiconductor thin films silicon stress analysis tensile testing biaxial tensile test thin film single-crystal silicon Raman spectroscopy By virtue of rapid progress of semiconductor fabrication technologies, micro devices, such as integrated circuits...

... fracture toughness impact (mechanical) impact testing nanoparticles notch testing particle reinforced composites resins scanning electron microscopy stress analysis surface topography thixotropy timber fracture toughness stress intensity factor notched specimens The resistance...

.... , 2002 , “ A Three-Dimensional Finite Element Model for Stress Analysis of Adhesive Joints ,” Int. J. Adhes. Adhes. , 22 , pp. 357 – 365 . 10.1016/S0143-7496(02)00015-5 19 Cognard , J. Y. , 2008 , “ Numerical Analysis of Edge Effects in Adhesively-Bonded Assemblies: Application...

... sample of the time events are identical to those of the whole corresponding time history. That is, the events are statistically stationary. The mentioned loads are extracted from ADAMS software. Dynamic stress analysis is accomplished using NASTRAN software. A computer code is developed to use...

... defect content, primarily in the form of long-range dislocation structures. Other experimental techniques could be employed to test this hypothesis. The latter observation has implications with respect to established means of diffraction-based stress analysis. As a high-multiplicity crystallographic...

... optimum thickness and to test different thermal loads in order to optimize the industrial process and to improve the tool’s life. 11 09 2003 26 06 2006 stress analysis finite element analysis thermal stresses life testing thermocouples pyrometers elastoplasticity viscoplasticity...

... ) 21 03 2005 06 05 2006 hot working forging powder metallurgy sintering steel titanium compounds stress analysis Poisson ratio plane stress triaxial stress relative density Poisson’s ratio stress ratio parameter barrel radius In many applications, parts hot...

... fatigue damage criterion can model both stages. A basic rule is that any material point fails to form a fresh crack if the total accumulated fatigue damage reaches a limit. The approach consists of two steps. Elastic-plastic stress analysis is conducted to obtain the detailed stress-strain responses...

... axisymmetric butt-joint problem was compared with derived analytical solutions. Stress distributions along critical paths are evaluated and discussed. 02 08 2003 27 09 2005 finite element analysis couplings elastic deformation rubber Poisson ratio interpolation stress analysis...

.... drilling internal stresses stress analysis data analysis stress measurement materials testing speckle numerical analysis The hole drilling technique is a well known experimental method for residual stress investigation 1 2 3 4 5 . It consists in drilling a small hole on the surface...

... aluminium alloys carbon steel chromium alloys nickel alloys tungsten alloys softening work hardening plastic flow machining numerical analysis stress analysis stress-strain relations Mechanical and thermal properties significantly affect many aspects of machining, such as chip formation...

... stress-strain relations Luders bands stress analysis plastic deformation solid-state phase transformations Current NDE technologies include ultrasonics, acoustic emission, eddy current, x-ray, and neutron 1 2 3 4 5 6 7 8 9 10 11 12 . However, most of these methods have their own...

... hardening type constitutive law (dotted line). Murakami–Ohno law predicts experimental creep strain variation more accurately than the traditional strain hardening law. 16 06 2003 03 02 2005 grain boundaries brittle fracture creep failure analysis stress analysis work hardening...

..., 2004. Associate Editor: A. M. Rajendran. 10 June 2003 17 February 2004 29 06 2004 coils manufacturing processes winding (process) lubrication elastic constants stress analysis finite element analysis sheet metal processing Coil Deformation Finite Element Analysis...

... of the Gurson model by using a cell model and by fitting of experiment and numerical simulations. Crack formation Experiment Finite Element Analysis Calibration Stress triaxiality Fracture mechanism aluminium alloys ductile fracture tensile testing internal stresses cracks stress...

... aluminium alloys particle reinforced composites forging fatigue cracks internal stresses stress analysis Defect tolerant approaches to fatigue testing and modeling are almost exclusively based on constant amplitude loading conditions. In reality, however, engineering components are invariably...

... measurement stress analysis Sachs method is limited to quantify the axisymmetric residual stresses 38 . Technically, Sachs method is based on the force balance between the discharged layer and the remaining portion of the washer. Such as, residual stresses at any arbitrary control radius, c...

... 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...