CivilFEM v12.0 for Ansys 12

CivilFEM v12.0 for Ansys 12

CivilFEM v12.0 for Ansys 12

Free download CivilFEM v12.0 for Ansys 12 full version standalone offline installer for Windows PC,

CivilFEM Overview

This is a powerful and efficient software for designing and simulating civil structures. Using the Finite Element Method (abbreviated FEM), the program has enabled civil engineers to accurately design and simulate large commercial buildings, bridges, tunnels, nuclear power plants and other similar structures.

The results of this simulation program are very reliable and realistic and accurately determine the materials, energy requirements and other requirements. In fact, this is a beautiful graphical shell application for visualizing finite element computational methods.

Features of CivilFEM

Advanced Solid Modelling features with Boolean operation, mesh control, error estimation, adaptative mesh, mapped mesh, etc.
Extensive high quality element library (200 elements)
Smart load combination
Prestressed and damped modal analysis
Robust non linear time history analysis with any combination of nonlinearities
Non linear construction sequence analysis (Birth and Death of elements and update of the time-dependant material properties)
Real non linear buckling analysis
Automatic contact surface elements
SOLID 65 element (non-linear solid reinforced concrete element)
Optimization module and parametrization analysis
Command file input, user programmable features
Fast solver for any kind of analysis
Automatic load step for non linear and dynamic analysis, CivilFEM specialized modules for advanced and specific civil engineering needs

System Requirements and Technical Details

Supported OS: Windows 10 / Windows 8.1 /Windows 7
Processor: Multi core Intel Series or above, Xeon or AMD equivalent
RAM: 4GB (8GB or more recommended)
Free Hard Disk Space: 4GB or more recommended

 

Download : CivilFEM v12.0 for Ansys 12

John Smith

John Smith

White Rabbit, 'and that's the jury-box,' thought Alice, 'as all the rest, Between yourself and.