... than other developed composites and the base alloy. More specifically, the grain size was reduced nearly 12 times, microhardness was 2.58 times higher, and ultimate tensile strength (UTS) was 2.08 times higher when contrasted to the base alloy. Moreover, the unprocessed base material was characterized...

...-Tanaka method 13 06 2011 23 09 2011 25 10 2011 12 12 2011 12 12 2011 amorphous state elastic constants finite element analysis molecular dynamics method nanocomposites nanoparticles resins silicon compounds tensile strength molecular dynamics finite...

... transducers piezoelectricity resins sandwich structures shear strength stress-strain relations tensile strength tensile testing sandwich structures composites strength embedded sensor piezoelectric fiber composite sensor damage fatigue tensile flexural short beam shear...

... 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...

... under shear loadings. 09 05 2010 10 03 2011 05 07 2011 05 07 2011 adhesives cracks elastoplasticity shear modulus shear strength stress analysis tensile strength viscoplasticity adhesive testing joint design stress analysis edge effects nonlinear behavior...

... deformation scanning electron microscopy tensile strength viscoelasticity viscoplasticity voids (solid) crazing debonding mechanical behavior polyethylene polymer composite In neat and filled semicrystalline polymers subjected to a mechanical sollicitation, cavitation mechanisms...

... to IN738LC improve the castability among larger section sizes and marginally improve mechanical properties and corrosion resistance ( 11 ). Generally, both materials are in the form of as-cast or precipitation-hardened investment castings. Young’s modulus, yield strength, ultimate tensile strength, and other...

... materials bending cracks fibre reinforced composites fracture mechanics graphite impact (mechanical) polymers resins stress-strain relations tensile strength adhesives graphite/epoxy composites fracture tensile behavior strain rate effects digital image correlation split-Hopkinson bar...

... a microstructure with grains of approximately 2 μ m without a recrystallization anneal. Our method offers an alternative route for the production of small scale billets into a wire. billets elasticity extrusion nickel alloys tensile strength titanium alloys wires NiTi extrusion induction rolling...

... for Tensile Properties of Polymer Matrix Composite Materials. 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...

... micromechanics 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...

... temperature ( σ m -ultimate tensile strength and σ 0.2 − 0.2 percent offset yield strength) On the basis of experimental tests, stress-strain behavior of 50CrMo4 steel at elevated temperatures is exhibited in Fig. 7 . According to stress-strain diagrams, the numerical data...

... 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...

... precipitation hardening tensile strength aluminum heat treatment warm forming Aluminum high strength heat treatable 6XXX series alloys are used in automotive industry due to their high strength to weight ratio under heat-treated conditions. While good formability levels are necessary...

.... 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...

... 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 carbon steel Despite the availability of other joining methods...

... 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...