Nike2D swMATH ID: 12115 Software Authors: J.O. Hallquist Description: Nike2D: an implicit, finite deformation, finite element code for analyzing the static and dynamic response of two-dimensional solids. A user’s manual is presented for NIKE2D along with a brief description of the implicit algorithm. Sample applications are presented including the simulation of the necking of a unaxial tension specimen, a static analysis of an O-ring, and a cylindrical bar impacting a rigid wall. NIKE2D is an implicit, finite-deformation, large strain, finite-element code for analyzing the response of two-dimensional axisymmetric and plane strain solids. A variety of loading conditions can be handled including traction boundary conditions, displacement boundary conditions, concentrate nodel point loads, body force loads due to base accelerations, and body force loads due to spinning. Slide-lines with interface friction are available. Elastic, orthotropic, elastic-plastic, soil and crushable foam, thermo-elastic-plastic, and linear viscoelastic material models are implemented. Nearly incompressible behavior that arises in plasticity problems and elasticity problems with Poisson’s ratio approaching 0.5 is accounted for in the element formulation to preclude mesh lock-ups and the associated anomalous stress states. Variable node elements are used for the spatial discretization, and profile (bandwidth) minimization is optional. Homepage: http://www.osti.gov/scitech/biblio/6208469 Related Software: LS-DYNA; DYNA3D; DYNA2D; Hondo; TENSOR; TOODY II; FEAPpv; CAVEAT; PRONTO3D; ISOGAT; MAZE; SALE-3D; KRAKEN; EPIC; YAQUI; PRONTO 2D; Qhull; Solidity; CUDA; HEMP 3D Cited in: 63 Publications all top 5 Cited by 94 Authors 10 Wriggers, Peter 5 Simo, Juan Carlos 5 Taylor, Robert Leroy 4 Benson, David J. 4 de Lorenzis, Laura 4 Hallquist, John O. 3 Hughes, Thomas J. R. 3 Laursen, Tod A. 3 Miehe, Christian 3 Puso, Michael Anthony 3 Zavarise, Giorgio 2 Aldakheel, Fadi 2 Bischoff, Manfred 2 Chandra, Abhijit 2 Cichosz, Thomas 2 Ferencz, Robert M. 2 Fish, Jacob 2 Goudreau, G. L. 2 Häggblad, Hans-Åke 2 Lindgren, Lars-Erik 2 Nilsson, Larsgunnar 2 Ortiz, Michael 2 Pister, Karl S. 2 Sha, Desong 2 Tamma, Kumar K. 2 Zhong, Zhihua 1 Accorsi, Michael L. 1 Artioli, Edoardo 1 Ball, Graham J. 1 Beirão da Veiga, Lourenço 1 Beissel, Stephen R. 1 Betsch, Peter 1 Bog, Tino 1 Camacho, G. T. 1 Chen, Jiun-Shyan 1 Dawson, Paul R. 1 Dodds, Robert H. jun. 1 Doghri, Issam 1 Edberg, Jonas 1 Eggert, Geoffrey M. 1 Ghorbani, Javad 1 Gong, Xiangfei 1 Healy, B. E. 1 Hesch, Christian 1 Howell, B. P. 1 Hudobivnik, Blaž 1 Jia, Zupeng 1 Johnson, Gordon R. 1 Kalhori, V. 1 Karlsson, Lennart 1 Key, Samuel W. 1 Kodikara, Jayantha 1 Kollmannsberger, Stefan 1 Krieg, Raymond D. 1 Le Tallec, Patrick 1 Li, Maocheng 1 Li, Wenbin 1 Liu, He 1 Liu, Jun 1 Liu, Wing Kam 1 Lundblad, M. 1 Ma, David C. 1 Ma, Hao 1 Matzen, M. E. 1 Muller, Arthur 1 Nazem, Majidreza 1 Nour-Omid, Bahram 1 Olofsson, Ulf 1 Ortiz, Miguel 1 Owen, David Roger Jones 1 Papadopoulos, Panayiotis 1 Pinsky, Peter M. 1 Ponthot, Jean-Philippe 1 Rank, Ernst 1 Reddy, B. Dayanand 1 Rust, W. T. 1 Saigal, Sunil 1 Sanders, Jessica D. 1 Schröder, Jörg 1 Schwarz, Alexander 1 Sellgren, Ulf 1 Shek, Kamlun 1 Stein, Erwin 1 Svoboda, Ales 1 Tang, Xuhai 1 Vaz, M. jun. 1 Wagner, Werner 1 Wang, Hui-Ping 1 Weißenfels, Christian 1 Welschinger, Fabian 1 Yoo, Yong-Ho 1 Zander, Nils 1 Zhang, Shudao 1 Zhou, Xiangmin all top 5 Cited in 14 Serials 36 Computer Methods in Applied Mechanics and Engineering 10 Computational Mechanics 2 International Journal of Solids and Structures 2 Journal of Computational Physics 2 International Journal for Numerical Methods in Engineering 1 Computers & Mathematics with Applications 1 Computers and Structures 1 International Journal of Non-Linear Mechanics 1 International Journal of Plasticity 1 Journal of Applied Mechanics 1 Communications in Numerical Methods in Engineering 1 Engineering Computations 1 Archives of Computational Methods in Engineering 1 GAMM-Mitteilungen Cited in 5 Fields 62 Mechanics of deformable solids (74-XX) 13 Numerical analysis (65-XX) 3 Classical thermodynamics, heat transfer (80-XX) 2 Calculus of variations and optimal control; optimization (49-XX) 2 Fluid mechanics (76-XX) Citations by Year