.... It is found that strut waviness can enhance the ductility of each lattice, particularly for bending-dominated hexagonal lattices. Manufacturing imperfections such as undercuts have a small effect on the ductility of the lattices but can significantly reduce the ultimate tensile strength. FE simulations...

... of reinforced concrete structures of withstanding blast loads is primarily governed by their tensile strength. The authors would like to acknowledge the Spanish Ministries Ministerio de Fomento and Ministerio de Ciencia e Innovación, by founding this research through programs P16/08 and CONSOLIDER-INGENIO...

... 01 02 2011 01 02 2011 electrostatic actuators finite difference methods internal stresses nonlinear dynamical systems Poincare mapping stability tensile strength microelectrostatic device MEMS hybrid method differential transformation finite difference method...

... (239,000 psi), a width b of 15.24 cm (6 in.), the span length a varied from 1.27 cm (1/2 in.) to 152.4 cm (60 in.), and the web thickness h was 23.4   μ m (0.00092 in.). buckling finite element analysis plates (structures) rollers (machinery) stability tensile...

..., mechanical properties of one lead-based solder, Sn37Pb, and two lead-free solders, Sn3.5Ag and Sn3.0Ag0.5Cu, were investigated at strain rates that ranged from 600 s − 1 to 2200 s − 1 by the split Hopkinson pressure and tensile bar technique. At high strain rates, tensile strengths of lead-free solders...

... lattices are chosen for their multifunctional properties, such as high thermal shock resistance, high chemical stability, and high stiffness. They are loaded in a sandwich panel configuration with stiff and strong face sheets. The flaw sensitivity of the tensile strength of these honeycombs is of concern...

... during microcracking. It is shown that the energy release rate is virtually equal to the area under the softening curve, if the microscopic tensile strength is at least twice as large as the macroscopic tensile strength. This result justifies approaches relying on the concept of constant energy release...

.... Case studies for steel, nylon, and ceramic pillars show that useful strength can be achieved in such attachments; when buckling during assembly and contact failure can be avoided, adhesive performance as high as 30% of the tensile strength of the pillar material may be possible. 15 07 2007 18...

... . 02 04 2007 10 11 2007 05 03 2008 deformation internal stresses magnetoelastic effects plates (structures) tensile strength stress magnetic fields perturbed magnetoelasticity In magnetism based nondestructive testing technologies ( 1 ) and noncontact measurement...

... that the proposed criterion can reproduce the basic trends in the directional dependence of the tensile strength characteristics. For the structural tests, a correlation was established between the geometric characteristics of the cortex, the strength properties and the fracture load for individual radii that were...

... of the device is required to eliminate this movement. After cycling a piece of woven poly(benzoxazole) (PBO) fabric for 5500 cycles, an 18% reduction in the ultimate tensile strength and strain to failure of the PBO fibers was observed. Research is continuing to determine a relevant and optimized testing...

.... 2032 with respect to the fatigue limit at fully reversed cycles; namely, by replacing σ 0 by σ th without any change otherwise, as shown in Fig. 4b . 04 05 2006 25 04 2007 11 01 2008 steel fatigue shot peening plastic deformation tensile strength...

... = R 0 23 02 2006 04 02 2007 27 12 2007 elasticity thin wall structures bifurcation compressibility tensile strength torsion nonlinear elasticity stability of deformable bodies criterion of stability The problem of equilibrium and motion stability...

... by existing bifurcation models. 09 11 2005 17 01 2007 stainless steel biomedical materials prosthetics biomechanics necking tensile strength plasticity bifurcation Coronary stents are tubular metal (typically, 316L stainless steel) scaffold devices used in the treatment...

... will still remain positive in spite of the negative D z A . 30 05 2006 13 07 2006 piezoceramics permittivity penny-shaped cracks Hankel transforms integral equations tensile strength This paper is concerned with the response of a 3D penny-shaped dielectric crack. The penny...

... the extrusion of the edges (dog-ear formation). 29 06 2005 26 06 2006 biomechanics biomembranes surgery elasticity tensile strength physiological models skin finite element analysis wrinkling biological membranes finite strains constitutive modeling relaxed energy density...

... of the CCD camera to take the specklegrams was smaller than the view area of the video camera to take the Lüders’ fronts and that the locations where the WBs begin to appear were out of the view area of the CCD camera. 12 10 2003 07 02 2005 steel plastic deformation tensile strength...

.... , Brown , J. W. , and Verhey , R. F. , 1976 , Complex Variables and Applications , McGraw–Hill , New York. 27 05 2004 30 10 2004 composite materials elasticity geometry tensile strength compressive strength The stress distribution around particles and grains...

... elastic moduli stress-strain relations concrete tensile strength compressive strength In the preceding paper 1 on theory, a displacement equivalence-based damage model for brittle materials is proposed. A new damage deactivation criterion, which depends on both the stress and strain states...

... to change in temperature, and hygroscopic buckling due to change in moisture concentrations. buckling finite element analysis indentation friction fracture elasticity stress analysis tensors eigenvalues and eigenfunctions compressive strength tensile strength kinematics laminates...