.... 881 – 887 . 10.1061/(ASCE)0733-9399(1995)121:8(881) 14 03 2011 12 07 2011 14 11 2011 26 07 2011 14 11 2011 bending cantilevers elasticity elastoplasticity failure (mechanical) finite element analysis pipes nonlinear dynamics 3D pipe whip large...

... of both materials are presented, and the initial failure loads of both materials are compared. blades cantilevers failure (mechanical) fibre reinforced composites hydrodynamics plates (structures) turbines There is an increasing interest in the use of fiber-reinforced composite materials...

...M. Blacklock; D. R. Hayhurst This paper considers the multi-axial stress-strain-failure response of two commercially woven ceramic matrix composites. The different failure mechanisms of uni-axially stressed tows and woven composites are addressed. A model is postulated in which the local transverse...

...J. D. Clayton A continuum model is developed for describing deformation and failure mechanisms in crystalline solids (ceramics and minerals) with the cubic spinel structure. The constitutive model describes the response under conditions pertinent to impact loading: high pressures, high strain rates...

... of failures for some electronics. 12 08 2009 27 04 2010 04 05 2010 01 07 2010 01 07 2010 ballistics failure (mechanical) failure analysis projectiles shock wave effects weapons Excalibur guns accelerations setback set forward balloting launch dynamics...

... 07 2009 12 04 2010 04 05 2010 09 06 2010 09 06 2010 armour ballistics failure (mechanical) finite element analysis impact (mechanical) plates (structures) projectiles steel high-hardness steel armor terminal ballistics material modeling ISB ‘10 05-20...

... mesh densities are shown at Fig. 20 . It is evident that, once again, the solution is virtually the same as that employing a finer mesh. 30 07 2008 13 02 2009 30 09 2009 biological tissues biomechanics bone elasticity failure (mechanical) finite element analysis fracture...

... of the instabilities, and their dependence on micro-geometry and macroscopic loading conditions are presented and discussed. 09 02 2005 01 09 2005 failure (mechanical) periodic structures ductility honeycomb structures fibre reinforced composites buckling bifurcation elastic constants...

... Interdisciplinary Biomaterials Seed Grants, and NIHDCR grant number R21 DEO14719-0. 06 06 2003 18 04 2005 fracture mechanics brittleness cracks failure (mechanical) probability internal stresses bending strength failure analysis Batdorf and Crose ( 1 ) combined the statistical...

... after final publication in the paper itself in the ASME JOURNAL OF APPLIED MECHANICS . 01 November 2003 28 May 2004 01 02 2005 failure (mechanical) fracture mechanics renormalisation lattice theory ceramics random media inhomogeneous media microcracks grain boundaries...

.... M. P. Zupan for helpful discussions. beams (structures) sandwich structures fracture mechanics mechanical stability metal foams sheet materials failure (mechanical) ductility finite element analysis aluminium aluminium alloys plasticity A large amount of research has been...

... porosity viscosity granular flow failure (mechanical) brittleness 01 July 2002 20 Nov 2003 07 09 2004 Contributed by the Applied Mechanics Division of THE AMERICAN SOCIETY OF MECHANICAL ENGINEERS for publication in the ASME JOURNAL OF APPLIED MECHANICS . Manuscript received...

... . For the axisymmetric geometry, we use configurations of velocity discontinuities identical to those used in the plane strain solutions (see Fig. 2 ). In addition, we specify that the radial velocity is constant (Kudo 8 ). failure (mechanical) yield stress slip numerical analysis failure analysis...

... with experimentally observed web mechanics, failure mechanisms, and processing instabilities. Spatial heterogeneity in material properties was found to strongly influence both general web behavior and the tendency for the web to incur manufacturing defects during transport through roller systems. The first...

...Chandra S. Yerramalli; Anthony M. Waas, Professor, A new nondimensional number (η) to predict the dominant failure mechanism of fiber reinforced composites under compression loading is presented. Results from previous experimental investigations on the failure of glass fiber reinforced and carbon...

... failure (mechanical) optimisation determinants Based on modern synthetic adhesives, light, stiff, and economic constructions can be fabricated from a variety of materials without the defects caused by conventional assembly methods, such as welding, soldering, and riveting. Furthermore, together...

... Predictions of the Biaxial Failure Strengths of Fibrous Laminates With Experiments ,” Compos. Sci. Technol. 0266-3538 , 64 , pp. 529 – 548 . 21 04 2002 28 10 2003 filled polymers laminates fibre reinforced plastics particle reinforced composites failure (mechanical) bending...

... cracking failure (mechanical) differential equations 2003 ASME ...

..., Mar. 31, 2003. Associate Editor: J. R. Barber. 16 Sep 2002 31 Mar 2003 10 10 2003 thermal stresses thermal shock stress analysis temperature distribution polynomials reviews failure (mechanical) A number of studies on the thermal shock behavior of finite...

... or stochastic structural dynamics. At present, a mathematical exact solution is possible only if the random phenomenon in question can be treated as a diffusive Markov process. Still, known solutions are limited to the one-dimensional case ( 1 2 ). damping vibrations structural engineering failure...