ANSYS CivilFEM 14.5 is a software package that combines the general purpose structural analysis features of ANSYS with the civil engineering-specific capabilities of CivilFEM, making it a unique and powerful tool for a wide range of civil engineering projects. CivilFEM is a modular product that consists of a general product called CivilFEM INTRO and several specialized modules that can be added optionally, such as the Geotechnical Module, the Bridges and Civil Nonlinearities Module, and the Advanced Prestressed Concrete Module[^1^].
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CivilFEM 14.5 can run with multiple versions of ANSYS, from 14.5 to 2021 R2[^2^]. It supports all types of advanced analysis supported by ANSYS, such as dynamic, static, linear and non-linear analysis, running as a unique software. Some of the unique features of CivilFEM 14.5 are[^1^]:
- 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 14.5 can be used for various types of civil engineering projects, such as powerplants, bridges, tunnels, singular buildings, offshore structures, etc.[^1^] It also has a special module for nuclear power plant analysis called CivilFEM Multidiscipline Nuclear Power Plant (NPP)[^1^]. CivilFEM 14.5 also provides a workbook with step-by-step examples to introduce users to its extensive capabilities[^3^].
CivilFEM 14.5 is a comprehensive and reputable finite element analysis and design software available for civil engineering projects. It is compatible with multiple versions of ANSYS and offers advanced and specific features for civil engineering needs.
Some of the benefits of using ANSYS CivilFEM 14.5 for civil engineering projects are:
- It is compatible with multiple versions of ANSYS, from 14.5 to 2021 R2[^2^], which means that users can choose the version that suits their needs and preferences.
- It offers a complete solution that covers all the civil engineering needs, from geotechnical analysis to prestressed concrete design, by adding specialized modules to the general product CivilFEM INTRO[^1^].
- It allows users to perform advanced and specific analysis for civil engineering projects, such as non linear construction sequence analysis, real non linear buckling analysis, automatic contact surface elements, etc.[^1^]
- It provides a user-friendly interface that integrates with ANSYS Workbench and allows users to access all the features of CivilFEM from a single environment[^1^].
- It has a fast and robust solver that can handle large and complex models with high accuracy and efficiency[^1^].
- It has a comprehensive workbook that guides users through step-by-step examples of different types of civil engineering projects, such as powerplants, bridges, tunnels, etc.[^3^]
ANSYS CivilFEM 14.5 is a software package that offers many benefits for civil engineering projects. It is compatible with multiple versions of ANSYS and provides a complete solution that covers all the civil engineering needs. It allows users to perform advanced and specific analysis for civil engineering projects with a user-friendly interface and a fast and robust solver. It also has a comprehensive workbook that guides users through step-by-step examples of different types of civil engineering projects.
ANSYS CivilFEM finite element analysis and design software, CivilFEM for ANSYS Geotechnical Module, CivilFEM for ANSYS Bridges and Civil Nonlinearities Module, CivilFEM for ANSYS Advanced Prestressed Concrete Module, CivilFEM Multidiscipline for ANSYS, CivilFEM Multidiscipline Nuclear Power Plant (NPP) analysis, CivilFEM for ANSYS Workbook V14.5, Stress Analysis of a Cantilever Steel Beam with CivilFEM for ANSYS, Elastic Beam Analysis with Generic Section using CivilFEM for ANSYS, Check by Eurocode No.3 a Steel Truss with CivilFEM for ANSYS, Frame Reinforcement by Eurocode No. 2 with CivilFEM for ANSYS, Shell Reinforcement According To Eurocode No. 2 with CivilFEM for ANSYS, Results Combination in Hexagonal Shell with CivilFEM for ANSYS, Biaxial Bending + Axial Force Checking According to BS 8110 with CivilFEM for ANSYS, Compression Buckling with CivilFEM for ANSYS, Check a Prestressed Slab Bridge with CivilFEM for ANSYS, Push-over analysis with CivilFEM for ANSYS, Advanced Solid Modelling features with Boolean operation, mesh control, error estimation, adaptative mesh, mapped mesh, etc. with CivilFEM for ANSYS, Extensive high quality element library (200 elements) with CivilFEM for ANSYS, Smart load combination with CivilFEM for ANSYS, Prestressed and damped modal analysis with CivilFEM for ANSYS, Robust non linear time history analysis with any combination of nonlinearities with CivilFEM for ANSYS, Non linear construction sequence analysis (Birth and Death of elements and update of the time-dependant material properties) with CivilFEM for ANSYS, Real non linear buckling analysis with CivilFEM for ANSYS, Automatic contact surface elements with CivilFEM for ANSYS, SOLID 65 element (non-linear solid reinforced concrete element) with CivilFEM for ANSYS, Optimization module and parametrization analysis with CivilFEM for ANSYS, Command file input, user programmable features with CivilFEM for ANSYS, Fast solver for any kind of analysis with CivilFEM for ANSYS, Automatic load step for non linear and dynamic analysis, with CivilFEM specialized modules for advanced and specific civil engineering needs with CivilFEM for ANSYS, Typical Projects with CivilFEM for ANSYS product, How to connect Ansys Workbench with CivilFEM , How to specify a jobname in Ansys Launcher with CivilFEM , How to change the jobname in Ansys Utility Menu with CivilFEM , How to run multiple versions of Ansys with CivilFEM , How to download the latest version of CivilFEM 2021 for Ansys , How to contact Ingeciber if you would like CivilFEM to support any other Ansys version , How to order the specialized modules developed for CivilFEM , How to access the resources and partners of CivilFEM , How to get a free trial version of CivilFEM , How to apply the state-of-the art general purpose structural analysis features of Ansys with high-end, civil engineering-specific structural analysis capabilities of CivilFEM , How to perform a complete step-by-step Ansys with CivilFEM analysis procedure , How to use the problem description that includes approaches and assumptions in each example of the workbook , How to use the summary of steps in the form of tasks that are hyperlinks to detailed series of procedural action substeps in each example of the workbook , How to use the menu paths and action substeps that are numbered sequentially and contain a series of related actions in each example of the workbook , How to learn from every problem in the workbook even if it is not in your particular field of interest or experience , How to use the advanced capabilities of CivilFEM applied to nuclear analysis , How to use the unique and powerful tool that is suitable for a wide range of civil engineering projects (such as powerplants, bridges, tunnels, singular buildings, offshore structures, etc) , How to use both programs that are completely integrated and support all types of advanced analysis supported by Ansys (dynamic, static, linear and non-linear), running as a unique software 8cf37b1e13