![]() ![]() For soil mechanics, slope stability analysis, libraries of soils and rocks properties, screens analysis and design, nonlinear behavior analysis and ballast module computation, will allow the user to carry out advanced geotechnical problems. ![]() The non-linear concrete module supports large deflection buckling, non linear deformations, moment-curvature diagrams, cracking and transient effects. CivilFEM specialized add-on modules include non-linear concrete, soil mechanics, prestressed concrete, bridges and dams features. With regards to serviceability, CivilFEM conducts for the aforementioned codes cracking analysis. CivilFEM also performs concrete and steel code checking and design according to Eurocodes (EC2 and EC3), American (ACI318 and AISC-LRFD), British (BS8110 and BS and 2001), Spanish codes (EHE and EA), Model Code (CEB-FIP) and other main codes. In the field of Seismic Analysis, the designer is provided with an automatic seismic design module according to Eurocode No.8, UBC, NCSE-94 (Spanish Code) and others to make the seismic spectrum analysis faster and easier. Results embrace concomitance at element and global level as well as worst load arrangements in beam, shell and solid elements. The skilled combination module, selects loads and coefficients for logic code combinations. A user-friendly beam and shell postprocessor includes listing and plotting section geometry, reinforcements, beam results or stresses and strains inside the cross-section. In addition, the user may introduce any shape or material into the corresponding CivilFEM libraries. CivilFEM capabilities include a unique and extensive materials and sections library for concrete and steel structures. Introduction CivilFEM is at the present time one of the most advanced tools that engineers can embrace, a project that is committed with a time and with a permanent vocation of investigation and development. The ability to generate finite element models of any complex three-dimensional civil structure with non-linear behavior and construction process simulation, means a new and efficient approach to run advanced analysis on PC s. Using the same windows graphic user interface and sharing input data and results, makes it very easy for the user to apply them for solving difficult Civil Engineering problems. The combination of both programs, totally integrated, provides the Construction and Civil Engineering fields with the possibility of applying high-end technology to a wide range of projects. ![]() Madrid, Spain CivilFEM performs the best customization of the well-known Finite Element Program ANSYS. 1 Abstract: ANSYS+CivilFEM: High-End Solution For Advanced Civil Engineering Projects Miguel Ángel Moreno Ingeciber S.A. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |