Models can be created from ANSYSsoftware > Models can be created from FEMGV Extensive data input flexibility using parameters and file merging via @filename > All data files easily editable Section library for beams > Freedom releases to permit pin and sliding connections Stiffened plate structure modeling Cartesian, cylindrical and spherical coordinate systems Family of forceequilibrium membranes and shear panels to represent areas in which high shear flows are evident > ֮ 2- and 3-node bars and beams including tubes and box elements with local and global offsets Full range of solid elements including high accuracy 8-node and 20-node bricks, 6- and 15-node wedges, 10-node tetrahedral, and 15- and 20-node laminated elements Low- and high-order shell elements with thick and thin shell formulations Special crack elements and a shell- brick interface Most elements can be used for field problems (heat transfer, etc.) Isotropic, orthotropic and anisotropic material Units can be modified within the data Pressure loads and accelerations from an ANSYS > ֮ AQWA > analysiscan be added automatically Stiffened plate definitions >

ANSYSASAS Package Multi-level substructure analysis for higher productivity and modeling efficiency Load case combinations and factoring Set and group definition for efficient analysis management Joint flexibility for tubular joints Dynamic analysis in both frequency and time domain Composite mode damping in frequency domain > Hysteretic damping in time domain Local and global buckling Large displacement > Plasticity with various laws including partial plasticity > Creep with various laws including user-defined Fracture including linespring formulation Multiple load cases with full range of load...