... that the developed biaxial tensile test device was able to accurately apply not only uniaxial but also biaxial tensile stress to a single-crystal silicon (SCS) film specimen. 23 05 2011 21 10 2011 08 12 2011 08 12 2011 deformation elemental semiconductors internal stresses Raman...

... filled polymers finite element analysis glass internal stresses laminates resins shear strength steel strain gauges stress effects stress-strain relations 30 05 2011 15 09 2011 15 09 2011 06 12 2011 06 12 2011 After determining the released strains due...

... integration internal stresses laminates mesh generation Cohesive element delamination fracture laminates Prediction of residual strength and fatigue life of composite structures requires computational schemes that account for all failure modes and their interactions. Significant progress...

... of the vitrification process is necessary. 28 07 2010 22 04 2011 24 06 2011 24 06 2011 elastoplasticity finite element analysis glass internal stresses materials science computing radioactive waste storage stainless steel surface roughness thermal stresses viscoplasticity yield...

... scanning calorimetry high-temperature effects internal stresses polymers resins shape memory effects shape memory effects shape memory polymers time dependent epoxy Shape memory polymers (SMPs) represent an important addition to the smart materials family. They can recover a permanent...

... element analysis holographic interferometry internal stresses plates (structures) strain gauges stress measurement hole drilling residual stress optical interference holographic interferometry The first term expresses the correction to the measured stresses through nine coefficients...

... machining internal stresses measurement errors solid-state phase transformations strain gauges stress measurement thermal conductivity EDM thermal conductivity carbon equivalent residual stress Engineering components invariably contain a certain degree of residual stress induced...

... composite materials cracks deformation grain size internal stresses porosity zirconium compounds Calcium hydroxyapatite is the main mineral component of bones, with the size of its crystals at 4–50 nm. Hydroxyapatite constitutes a kind of “warehouse” for the storage of calcium (99...

... A = 1 G ( a ∂ h ̂ ∂ ‖ s n + 1 ‖ + b ) ( K Δ ε ¯ 1 eff − K σ 1 y ∂ σ 1 y ∂ Δ ε ¯ 1 eff ) ‖ s n + 1 ‖ + K deformation elastoplasticity finite element analysis internal stresses...

.... Struct. Eng. 0733-9445 , 115 ( 3 ), pp. 741 – 744 . 10.1061/(ASCE)0733-9445(1989)115:3(741) bending diesel engines fatigue finite element analysis internal stresses shafts steel strain measurement surface hardening thermochemistry yield strength nitriding FE models...

... internal stresses martensitic steel plastic deformation shot peening lath martensite residual stress relaxation crystal plasticity shot peening It is well known that mechanical surface treatments, such as deep rolling, shot peening, and laser shock peening, can significantly improve...

...-expansion process and removal of the mandrel, the entire material is subjected to a residual stress distribution. cold expansion hole expansion residual stress fatigue life improvement plasticity aluminium elastic deformation fatigue finite element analysis internal stresses...

... that is exerted by a second piston in the outgoing channel ( 5 ). ECAP DCAP simple shear flow line modeling texture elongation finite element analysis grain size internal stresses plastic deformation pressing shear deformation texture 27 01 2009 01 02 2010 15 06 2010...

... 2010 17 02 2010 compressive strength induction heating internal stresses microhardness quenching (thermal) steel welding dual phase steel tube forming residual stresses Dual phase (DP) steels are a class of steels whose microstructure consists primarily of ferrite...

... model stress corrosion fracture mechanics composite materials fracture mechanics glass internal stresses micromechanics rubber products 15 08 2008 20 08 2009 01 12 2009 01 12 2009 2010 American Society of Mechanical Engineers ...

... dimensional changes. This technique is effective but is limited by the minimal amount of data that it provides: three strain measurements to identify three in-plane stress components. electronic speckle pattern interferometry internal stresses stress measurement 11 12 2008 19 03 2009...

... to the thermal expansion and contraction mismatches between the dissimilar materials at the opposite sides of the bond along with the melting and softening of PI during the joining process. finite element analysis internal stresses joining processes laser materials processing polymers thermal analysis...

... ). drilling elasticity finite element analysis internal stresses iterative methods plasticity strain gauges yield strength The procedure for determining residual stresses is fully defined by ASTM E837, which has been recently reviewed. In the case of a “thin” workpiece, with a thickness much less...

...Matthew J. Lee; Michael R. Hill 10 09 2009 internal stresses Corrections were made to Table 1 where the number of significant digits therein were increased to twelve, which is necessary to obtain accurate numerical results (tables available for download from http...

.... The influence of friction and the prescribed boundary conditions for the sheet were studied. Differences between the split-sleeve- and the non-split-sleeve model solutions are discussed. 19 09 2008 20 02 2009 26 05 2009 fatigue cracks finite element analysis internal stresses steel...