This paper presents experimental and numerical results for fully-clamped square steel
plates to elucidate how the deformation and failure are affected by the presence of pre …

The phenomenon of impulse saturation is revisited for metal plates subjected to confined
blasts through a combination of experiments, numerical simulations, and analytical …

The problems of experimental and theoretical research on the stressed and deformed state
of steel structures under emergency actions are particularly relevant. Тhis paper proposes …

A theoretical model of an elastic supported rotor system under impact by blade off is
established based on d'Alembert principle. The gyroscopic moment of the blade-disk with …

Localised blast loads due to proximal charges are encountered in a variety of
circumstances. This paper proposes an analytical solution for the dynamic plastic response …

This paper presents an analytical model of 'fully-clamped'laminated glass panel subjected to
pulse-pressure loading in an air-blast. The dynamic structural response of the laminated …

A large deformation model to predict ductile damage in functionally graded
thermoviscoplastic beams is presented in this work. The novelty of the study is the finite …

Pressure–impulse (or p− I) diagrams are developed for fully-clamped elastic-plastic beams
subjected to pulse-pressure loading with varying degree of negative phase. Unlike …

In this work, a new lattice (MFCCZ) was proposed by modifying based on the conventional
face-centred cubic with vertical reinforcing struts (FCCZ) lattice with the prospect of forming …

In this work, mathematical models of physically nonlinear beams (and plates) are
constructed in a three-dimensional and one-dimensional formulation based on the kinematic …