Finite element modeling of steady plastic shockwaves in porous metals: Role of size, shape, and spatial distribution of voids
E Massarwa, C Czarnota, A Molinari - International Journal of Impact …, 2024 - Elsevier
This paper aims at developing a finite-element model, which simulates a planar impact
experiment on a ductile metallic porous material. When the shockwave passes through a …
experiment on a ductile metallic porous material. When the shockwave passes through a …
Computationally Investigating Fatigue Predictions of Nitinol Using Multi-Fidelity Modeling and Machine Learning
JP Rusch - 2024 - search.proquest.com
Nitinol is a shape memory alloy that has many applications in the biomedical, aerospace,
civil engineering, and automotive fields ranging from coronary stents to morphing wings on …
civil engineering, and automotive fields ranging from coronary stents to morphing wings on …
유한요소해석을위한재료의진응력-진변형률커브피팅방법론
김용주， 구강희， 서민홍， 김형섭 - 소성· 가공, 2022 - dbpia.co.kr
In finite element method (FEM) simulations, constitutive models are widely used and
developed to represent a wide range of true stress-strain curves using a small number of …
developed to represent a wide range of true stress-strain curves using a small number of …