.... Interestingly, it is seen that the maximum tensile strength decreases with decreasing the strain rate which is in agreement with previous MD simulations of silica [( 22 )] with BKS potential. MD simulation plots of the gage section of amorphous silica at various stages of loading Acquired...

... polymers foams glass fibre reinforced plastics glass fibres intelligent structures laminates modal analysis piezoelectric transducers piezoelectricity resins sandwich structures shear strength stress-strain relations tensile strength tensile testing sandwich structures composites...

... the quality of bonding between layers through investigation of the mechanical strength of various UAM builds. We investigate the effect of the process parameters tack force, weld force, oscillation amplitude, and weld rate on the ultimate shear strength (USS) and ultimate transverse tensile strength (UTTS...

... adhesives cracks elastoplasticity shear modulus shear strength stress analysis tensile strength viscoplasticity 09 05 2010 10 03 2011 05 07 2011 05 07 2011 2011 American Society of Mechanical Engineers ...

... compounds cavitation crazing differential scanning calorimetry drawing (mechanical) elastic deformation filled polymers particle reinforced composites particle size plastic deformation scanning electron microscopy tensile strength viscoelasticity viscoplasticity voids (solid) 26 03...

.... Each method is evaluated at a number of temperatures. aluminium alloys boron alloys carbon chromium alloys extrapolation fatigue gas turbines molybdenum alloys nickel alloys niobium alloys plastic deformation superalloys tantalum alloys tensile strength titanium alloys tungsten alloys...

... by about 25%. Relative to 3900, under the quasi-static loading conditions, neat PETI-5 exhibited excellent tensile strength (2 times higher), failure strain (10 times higher), strain energy density (30 times higher), crack initiation toughness (4 times higher), delayed crack initiation, and lower crack...

... tensile strength titanium alloys wires 16 03 2010 11 09 2010 04 03 2011 04 03 2011 It is important to realize that a complete dynamic recrystallization does not mean a complete restoration. In fact, a microstructure is a mixture of grains that encompass the full range...

... of uniaxial tensile response is compared with experimental data. 08 06 2010 08 12 2010 09 12 2010 09 12 2010 elastic constants filled polymers finite element analysis fracture mechanics glass fibre reinforced plastics interface structure microcracks tensile strength...

..., grade 1 titanium + 1100 -O aluminum composites. A multifactorial experiment was designed to study the effect of the above factors on the outcome measures ultimate shear strength and ultimate transverse tensile strength. Generalized linear models were used to study the statistical significance of each...

... (HSLA) grade steels were laser welded with two different dual phase steels having 980 MPa (DP980) and 600 MPa (DP600) tensile strengths to fabricate two different material combination TWBs (DP980-HSLA and DP600-HSLA). Formability of these two types of TWBs has been studied experimentally both in biaxial...

... plastic deformation plasticity shear strength tensile strength Most structural components are subjected to cyclic loading with some type of overload (OL), including structural components in military aircraft. The modeling effects of initial overloads on the fatigue behavior of metals...

... strength steel stress-strain relations tensile strength tensile testing At present, any design as well as manufacturing procedures should be optimized. That way, the knowledge of material properties is welcome. The designed structure has to be of enough safety, functionality, and cost...

... were fabricated with various amounts of foil overlap (by changing the foil width setting) to test this hypothesis. Metallographic and fractographic studies showed a clear correlation between foil overlap, defect incidence, and tensile strength. It was found that a foil width setting of 23.81 mm helps...

... value of the treated material is approximately three times higher than the value of the annealed material. Yield strength ( σ e ) , tensile strength ( σ max ) , thickness strain ( ε t ) , and maximum elongation to fracture...

.... This model was verified by round-robin test with several institutions. The average uncertainties were estimated as 18.9% and 9.8% for the indentation yield strength and indentation tensile strength, respectively. The values were independent of the materials’ mechanical properties but varied...

... unstable beyond 100,000 h. In contrast, normalizing the applied stress through an appropriate ultimate tensile strength value not only reduced the melt to melt scatter in rupture life, but also the 100,000 h strengths determined from this model for this large scale test program are predicted very...

... 2008 22 12 2008 carbon steel fatigue testing finite element analysis internal stresses optical microscopy plastic deformation sheet materials spot welding stress-strain relations tensile strength fatigue fracture modified tensile-shear (MTS) specimen spot weld FEM low...

... tensile strength, etc.) as a function of foam density. A phenomenological model applicable for both compressive and tensile responses of polymeric foams is validated by comparing the model to the experimentally obtained compression and tensile responses. The model parameters were analyzed to determine...

... micromechanical devices plasticity surface roughness tensile strength work hardening asperity microcontacts rf MEMS crystal plasticity dislocation density finite-element modeling Microelectromechanical system (MEMS) devices, particularly those with radio frequency (rf) applications, have...