Simulations using the elastic-plastic model can be matched to the experiments, explaining well the form of the perturbation decay and constraining the yield strength of 6061-T6 aluminum to be 1.31–1.75 GPa. These results are in agreement with values obtained from reshock and release wave ...
6061-T6 aluminumcohesive zone material modelFRP patch repairpenicillium communestiffness ratiothin panelsThe aim of this study was to explore the effect of the yield stress of the cracked thin panels of aluminum alloys panel, repaired with one sided fiber reinforced polymer (FRP) patch, on the ...
An experimental method is described that has been used to determine the yield strength of 6061-T6 aluminum after extremely short times at elevated temperature. The method combines electron-beam pulse heating and onedimensional stress-wave loading. A 3.5-MeV pulsed electron-beam source (pulse width ...
The material parameters were determined by minimizing the difference between the experimental loads during ring compression test for Al6061-T6 alloy and corresponding FEM predictions. Eideh et al. [18] developed an inverse technique for a quick estimation of yield strength during laser bending process...
High tensile strength & yield strength 1050 1060 aluminum coil strip for transformer The Features of Aluminum Strip: *Lid Shigh conductivity;*High latent heat of melting;*Good corrosion resistant performance; *High-reflectance; *Well welding property; *Goo...
High Tensile Strength Metal-Polymer Hybrid Article An aerospace connector body made out of 6061-T6 grade Aluminum, or CP grade 2 Titanium, having an operating temperature range of −40° C. to 120° C. was selected for replacement with a metal-polymer hybrid material. The desired article is...
6061-T6 Al alloyelectron beam heatingone dimensional stress wave loadingelevated temperaturesAn experimental method is described that has been used to determine the yield strength of 6061-T6 aluminum after extremely short times at elevated temperature. The method combines electron-beam pulse heating and...
Yield strengthCTS specimenVariations in in-plane mixed-mode fracture toughness versus changes in thickness of shear CT (CTS) specimens and loading direction and effects of yield strength of different aluminum alloys have been investigated by experimental testing and numerical analysis. Several samples ...
In order for demonstration, the heat-treated Al6061-T6 specimens were prepared, and the 0.01% offset yield strengths were estimated by the proposed algorithm to compare with those obtained by the tensile test. Results showed good agreement. This method can be used to evaluate the degradation of...
Extremely improved the yield strength of 6061 aluminum alloy by melt spinning and hot extrusionAl-Mg-Si-Cu alloyGrain refinementPrecipitation strengtheningRapid solidificationThe superior mechanical properties are achieved in Al-Mg-Si-Cu alloy fabricated by vacuum melt-spinning + hot extrusion....