Titlebook: Dynamic Behavior of Materials, Volume 1; Proceedings of the 2 Veronica Eliasson,Paul Allison,Phillip Jannotti Conference proceedings 2024 T

anus928

O,ent model (FEM) performed by experimental modal analysis (EMA) is discussed. The finite volume model (FVM) is established to analyze the aerodynamic and thermal effects under working conditions by computational fluid dynamics (CFD). With the consideration of loading conditions coupled with the resul

MAZE

P,igh rates of strain (10. s.). The dynamic experiments were conducted on a newly developed tension-torsion Hopkinson bar (TTHB) equipped with high-speed photography equipment. Quasi-static experiments were carried out using a universal screw-driven machine. The multiaxial high-rate experiments demons

易改變

Minikin

Q,xplosive blast. The experiments were performed using a 63?mg TNT equivalent explosive charge placed 0.5?m from the front of the lung. The specimen used was a to-scale lung model representative of a 50th-percentile male. The experiments were performed on an 8200?l water tank. The artificial lung was

tangle

陶瓷

,Jugend, ?Lehr- und Wanderjahre“,eric foams exhibit a remarkable mechanical response, including resilience, toughness, and recoverability. However, recent research has only focused on the performance of uniform-density foam paddings in response to various strain rates. Concurrently, the body of research on the potential of density

Commodious

MUTED

Handels- und Gesellschaftsrechtsurrogate is based on an existing numerical model, named HUByx, which consists of a biofidelic 50th percentile human torso finite element model. In order to build the physical dummy, and to choose appropriate materials for anatomical structures, able to reproduce correctly the human behavior, a reve

Ornithologist

High-Rate Ductile Fracture of Al 7075 Alloy at a Range of Stress Triaxialities, geometries that induce a wide range of stress triaxialities—from pure shear to plane strain tension. Samples are cut from near the surface and at the midplane of a thick plate because the size and distribution of the second-phase particles, and the texture of the matrix Al, are different at these l

neutral-posture

In-Situ Mesoscale Characterization of Dynamic Crack Initiation and Propagation Using X-Ray Phase Coe, we use the high brilliance, spatially coherent synchrotron source at the Dynamic Compression Sector (Advanced Photon Source, Argonne National Laboratory) and the 8-frame LANL/DCS detector system coupled to a 150-μm thick single crystal LYSO scintillator. Quartz samples are uniaxially compressed a