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CivilFEM Estruturas Offshore

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O CivilFEM é uma ferramenta única para projeto, construção e manutenção de estruturas offshore com simulações realistas. Com o CivilFEM é possível aplicar cargas de impacto de vento, onda, sísmica ou navio e realizar análises avançadas, como análise transitória modal, harmônica ou não linear, interação solo-estrutura com geomateriais de endurecimento e amolecimento ou simulações multifísicas.

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www.natecnologia.com.br

Publicada em: Engenharia
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CivilFEM Estruturas Offshore

  1. 1. -CivilFEM makes the difference- Multidisciplinary Advanced Non-linear FEM Analysis Software OFFSHORE STRUCTURES “CivilFEM® works in the same way as you build” Analyze the entire construction process in a single model: CivilFEM facilitates the virtual simulation of all the non-linear construction processes in a straightforward sequential way by means of its tools, time- dependent properties and activation and deactivation of materials. CivilFEM® powered by Marc® is a very powerful and versatile program suitable for all the types of advanced analyses performed in all construction sectors, providing a rich set of tools that streamline the creation of analysis models for Construction, Dams, Civil Engineering, Tunnels, Geotechnics, Mining, Energy, Oil & Gas, Precast, etc. With its intuitive user friendly interface and pre/post features, it is very easy to learn. CivilFEM incorporates the powerful Marc® from MSC® Software non-linear solver and aids to solve the most demanding and complex advanced analyses. ®Trademark property of their respective owners www.civilfem.com info@civilfem.com Offshore Capabilities Highlights:  Check & design of steel, reinforced and prestressed structures  Nonlinear evolutive construction process  Time dependent material properties  Soil-structure interaction analysis  Nonlinear soil behavior laws: Drucker-Prager, Mohr-Coulomb (cohesion and variable angle of friction) and Tensile Cam-Clay  Hardening laws (kinematic, isotropic & combined)  Creep & shrinkage  Nonlinear multibody advanced contacts  Seismic design (response spectrum and nonlinear time history)  Hydrodynamic masses (modal, spectral & transient)  Seepage  Cracking & crushing  Nonlinear spring and dumpers  Parametrization & programming with Python  Follower forces. Large deflection  Initial stress. Effective stresses  Prestressed reinforced concrete

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