Titlebook: Blast Mitigation Strategies in Marine Composite and Sandwich Structures; Srinivasan Gopalakrishnan,Yapa Rajapakse Book 2018 The Editor(s)

不合

Uncertainty in Structural Response Prediction of Composite Structures Subjected to Blast Loading: Mate the effects of uncertainty sources on the structural response, this chapter also presents insights into how to reduce the uncertainty sources in the analysis and how to perform design optimization in the presence of uncertainty sources. A sandwich beam with a compliant core subjected to underwat

syring

Wave Propagation and Dynamic Correction Factors for Composite Structures,rm derivation of the first thickness-modes and the dynamic correction factors of first-order equivalent single layer theories. The correction factors accurately reproduce those obtained by matching the exact elasticity solutions in highly inhomogeneous bilayer media.

開玩笑

DEFT

Stress Triaxiality in Damage Models,sponse, and crash. The material parameters involved in both the constitutive model and the failure model are estimated from one-dimensional tensile tests with coupons. Two problems arise, one is the material behavior characterized by the yield and plastic flow/hardening and the other is the two- and

Carminative

Blast Mitigation Effects of Foam-Core, Composite Sandwich Structures,nd water blast/water back cases, core yielding is due to combined transverse shear, transverse compression and/or hydrostatic pressure. Experiments have been conducted to obtain the hysteresis effects of PVC H100 subjected to combined transverse shear and compression. These have led to the developme

GUISE

Nanowire Reinforcements for Improving the Interlaminar Properties of Textile Composites,vestigated and the degree of damage is experimentally determined. The experiments reveal that the samples with ZnO nanowires experience a lower degree of damage, up?to a maximum of 25% for different impact energies, in comparison to the samples without. Therefore, the study presented in this chapter

煤渣

不自然

CONE

Elastic Metamaterials for Blast Wave Impact Mitigation,internal resonant masses. Based on these two working mechanisms, it is numerically demonstrated that the two metamaterial designs can strongly mitigate elastic waves over extremely broad frequency ranges at subwavelength scale. These elastic metamaterial designs have a wide range of potential applic

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