A mainly experimental investigation is presented on the vibrational characteristics of angle-ply laminate made of carbon/epoxy composite material, considering the effect of flexural torsional coupling stiffness.
Here, the thermo-elastic buckling characteristics of angle-ply laminated elliptical cylindrical shells subjected to uniform temperature rise are studied to highlight the combined influences of non-circularity and ply-angle on the critical temperature parameter and buckling mode shapes.
The purpose of this study was to compare long-term mechanical characteristics of angle-stable versus conventional locked intramedullary nails in the treatment of unstable distal tibia fractures.
Thus, an investigation of resonant-optical properties of nanostructures with AuNP arrays depend on their sizes, shape and their mutual arrangement have been performed by measuring the spectral characteristics of the angle of isotropic reflection θ ρ=0 [29].
According to the characteristics of ply angle and trigonometric function, the value of variable can be chosen to smoothen the response surface, greatly increasing the accuracy of the regression.
To understand the resonant-optical properties of por-Au films, the spectral characteristics of the angle of isotropic reflection θρ = 0 are shown in Fig. 5 in a radiative range of θ < θ cr for samples 1, 1′, 2, and 2′.
A detailed parametric study is carried out to study the influences of thickness ratio, aspect ratio, lamination scheme, edge conditions and bimodularity ratio on the free vibration characteristics of bimodulus angle- and cross-ply composite laminated cylindrical panels.
For nanostructures with single AuNP and AuNP dimers, the spectral characteristics of the angle of isotropic reflection θ ρ=0 are shown in Fig. 7 next to the appropriate spectral characteristics of polarization difference ρ at the incident angle of θ = 43°.
We calculated the structural characteristics of dihedral angle, molecular volume, molecular surface area, p Ka, log P, and log D at pH 7.0 with MM2* using GB/SA water solvent continuum as implemented by MacroModel 5.0 (Schrödinger, Portland, OR) and described previously by Tampal et al. (2002).
The influence of the quadratic and cubic terms on non-linear dynamic characteristics of the angle-ply composite laminated rectangular plate with parametric and external excitations is investigated.
