Titlebook: Dynamic Behavior of Materials, Volume 1; Proceedings of the 2 Leslie E. Lamberson Conference proceedings 2020 Society for Experimental Mech

Perineum

Dynamic Tensile Behavior of Soft Ferromagnetic Alloy Fe-Co-2V,ions. In this study, the high rate tensile response of Fe-Co-2V is investigated with a pulse-shaped Kolsky tension bar over a wide range of strain rates and temperatures. Effects of temperature and strain rate on yield stress, ultimate stress, and ductility are discussed.

licence

構(gòu)想

Picks-Disease

Dynamic Tensile Behavior of Soft Ferromagnetic Alloy Fe-Co-2V,(Luders bands), grain-size-dependent properties (Hall-Petch behavior), and the degree of order/disorder in the Fe-Co-2V alloy makes it difficult to predict the mechanical performance, particularly in abnormal environments such as elevated strain rates and high/low temperatures. Thus, experimental ch

Dendritic-Cells

Toward Paradoxical Inconsistency in Electrostatics of Metallic Conductors,e different ways to avoid this inconsistency. Mostly, they rely on physical . assumptions associated with the introduction of additional constants and models of charged liquids. In this report, we suggest another approach, which does not require the introduction of any additional physical constants.

Flagging

Ballistic Response of Woven Kevlar Fabric as a Function of Projectile Sharpness, blast. The specifications for ballistic performance of soft body armor specify the geometry and mass of RCC projectiles used for testing. The edges on the impacting side of an RCC projectile have a fillet radius, and recent investigations indicate that the fillet radius (or “sharpness”) of the proj

GUMP

Morsel

Pedagogy

Numerical and Experimental Investigation of Density Graded Foams Subjected to Impact Loading,ance is dependent on material density. Different density foams can be tailored and graded in a structure so that the merits of both low density and high density foams can be exploited. In this work, density graded polymeric foams with different configurations are examined, and their response to impa

好開玩笑

Method for Characterizing Electric Current Effects on the Deformation of Metals,the metal during forming has been shown to reduce the deformation energy and increase the materials’ formability, leading to the possibility of increased formed-shape complexity. The primary challenge in characterizing electric current effects on plastic deformation has been decoupling the current a