Titlebook: Notes on Projectile Impact Analyses; Hao Wu,Yong Peng,Xiangzhen Kong Book 2020 Springer Nature Singapore Pte Ltd. 2020 Protective Structur

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书目名称Notes on Projectile Impact Analyses读者反馈学科排名

PAEAN

e area.Serves as a valuable reference for researchers and en.This book presents comprehensive experimental, numerical, and theoretical research on projectile impact analysis, such as the rigid projectile penetration/perforation of concrete and metallic targets, and shaped-charge-formed projectile an

dermatomyositis

Rigid Projectile Impact on Concrete Target,sistance evaluation of the segmented targets. Finally, considering that the resistance acting on the projectile is critical for the penetration analyses, a modified spherical cavity-expansion model is established and discussed in detail.

通情达理

Geometrical Scaling Effect of Hard Projectiles Impacting Concrete Targets,OP caused by aggregates, a 3D mesoscopic finite element model for the concrete target is developed and the related parameters are discussed in detail. Finally, based on the numerical results, a semi-analytical model for predicting DOP is proposed, which improved the model in Chapter 1 by further considering the size effect.

健谈

High-Fidelity Physics-Based Numerical Simulation of Concrete Structures Subjected to Intense Dynami non-local approach for hydrodynamic elastoplastic material model is presented, using the modified K&C model as an example. Finally, dynamic failures in concrete structures are numerically simulated based on the SPH method, providing a promising way to predict the failures in concrete structures.

不成比例

grenade

Rigid and Erosive Projectiles Impact on Metallic Targets, predicting the rigid and eroding DOPs is evaluated and a new penetration model for predicting DOP in the rigid, deformable, and erosive penetration regime is proposed. Finally, the numerical simulations are performed through Lagrange method, coupled SPH method, and finite element method (FEM).

Infusion

Interface Defeat of Long-Rod Projectile Impacting on Ceramic Targets,restress of target on the transition velocity and dwell time are systematically discussed. Finally, a modified model to predict the upper bound of the transition velocity (dwell to direct penetration) is proposed.

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