... detonation waves finite element analysis sandwich structures shock wave effects stainless steel structural panels Metallic sandwich panels have emerged as blast resistant structures that can be tailored to contain damage from impulsive loads ( 1 2 3 4 5 ): applications include ship hulls...

... 12 2009 14 12 2009 beams (structures) boundary-value problems buckling compressibility differential equations eigenvalues and eigenfunctions elasticity sandwich structures structural panels The compressive strength of thin sheets can be realized only...

... structural panels 09 08 2007 11 01 2009 23 07 2009 2009 American Society of Mechanical Engineers ...

... element analysis fracture toughness elastic behaviour lattice materials crack-edge stress field analysis elasticity finite element analysis fracture toughness honeycomb structures sandwich structures structural panels tensile strength Weibull distribution 30 07 2007 23 10...

... of radius of curvatures the panels reduce from deep shell case to shallow shell case and finally become flat plate. 17 04 2007 02 01 2009 22 04 2009 buckling finite element analysis plates (structures) shear modulus shells (structures) structural panels torsion vibrations...

... of sandwich structures subject to blast loading. 21 09 2007 09 03 2008 22 08 2008 compressibility detonation waves finite element analysis Laplace transforms sandwich structures shells (structures) shock wave effects structural panels variational techniques shallow...

... the buckling behavior of aluminum shear panels of low slenderness ratio which buckle after yielding and to develop a criterion for postyield shear buckling of such shear panels. buckling shear aluminum inelastic cyclic postyield aluminium alloys buckling internal stresses structural...

... ¯ = 0.5 % and ( b ) a strong core with ρ ¯ = 4 % . 10 12 2005 19 04 2006 sandwich structures structural panels metals finite element analysis plastic deformation impact (mechanical) Metallic sandwich structures subject to air and water blast exhibit...

... are due to Reissner ( 1 ), Grigolyuk ( 2 ), and Cummings ( 3 ). They used the Donnell’s nonlinear shallow-shell theory, i.e., neglecting in-plane inertia, and single-mode approximation of the transverse deflection in order to reduce the solution to a single degree of freedom. structural panels...

... 4 5 6 7 ). structural panels sandwich structures honeycomb structures metals plastic deformation bending shearing indentation cavitation The present assessment has addressed aspects of the response of metallic sandwich structures to underwater blast, emphasizing a domain...

... and the face-sheets can be isotropic or anisotropic. sandwich structures beams (structures) plates (structures) structural panels compressibility elasticity mechanical contact buckling shear modulus honeycomb structures 11 02 2003 04 11 2004 2005 American Society...