Femap 是 Siemens PLM Software 推出的一款独立于 CAD 的前处理器和后处理器，用于通过有限元 (FEA)（Finite Element Analysis – FEA）的方法进行工程分析。这意味着 Femap 是用户和求解器之间的纽带——在工程分析问题中执行计算的核心。Femap 与 NX Nastran 求解器集成，在 Microsoft Windows 上运行，是 Velocity 系列产品线的一部分，是一个独立的、功能齐全的环境，用于建模、模拟和评估产品性能分析结果。
基于 NX Nastran 求解器的 Femap 系统允许您：分析结构、机器和结构的动力学和强度，获得非平稳非线性空间问题、复合材料和复合结构力学问题、结构和技术力学问题的解决方案，分析传热，获得流体和气体力学相关多学科任务中问题的解决方案。
带有 NX Nastran 的基本 Femap 模块允许您执行基本类型的工程分析，例如线性静态分析、自由振动的频率和模式分析、结构的屈曲分析、固定和非固定传热问题的分析、基本功能非线性分析。基本非线性分析包括考虑几何（大变形、位移、跟踪载荷）和物理（考虑非线性材料 – 塑性、蠕变、粘弹性）等非线性，考虑小位移下的接触相互作用 – “线性”接触，考虑到与连续性条件的接触……高级非线性模块用于分析大非线性（包括[弹性体|弹性体]的变形，考虑到空间接触相互作用），各种类型的非线性的组合，以及基于显式积分方案的快速非线性动态过程的建模和计算。Femap 包括三个附加模块： Femap Flow Solver – 允许您分析水力和气体动力学；Femap Advanced Thermal Solver – 提供一组用于分析传热和传质的功能，包括流体通道建模、相关对流以及水动力、气体动力流动分析；Femap Thermal Solver 是温度分析和传热分析的解决方案。设计专业人士使用 Femap 对复杂的结构、系统和流程进行建模，例如卫星、飞机、军用电子设备、重型建筑设备、起重机、海上运输和流程设备。
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Femap is a CAD-independent pre- and post-processor from Siemens PLM Software for carrying out engineering analysis by the method of finite elements (FEA) (Finite Element Analysis – FEA). This means that Femap is the link between the user and the solver – the core that performs computations in engineering analysis problems. Femap, integrated with the NX Nastran solver, runs on Microsoft Windows and is part of the Velocity Series product line and is an independent, full-featured environment for modeling, simulating and evaluating product performance analysis results.
The Femap system based on the NX Nastran solver allows you to: analyze the dynamics and strength of structures, machines and structures, obtain solutions for non-stationary nonlinear spatial problems, problems in the mechanics of composites and composite structures, structural and technological mechanics, analyze heat transfer, obtain solutions for problems in fluid and gas mechanics related multidisciplinary tasks.
Basic Femap modules with NX Nastran allow you to perform basic types of engineering analysis, such as linear static analysis, analysis of frequencies and modes of free vibration, buckling analysis of structures, analysis of problems of stationary and non-stationary heat transfer, basic capabilities of nonlinear analysis. Basic nonlinear analysis includes taking into account such nonlinearities as geometric (large deformations, displacements, tracking loads) and physical (taking into account nonlinear materials – plasticity, creep, viscoelasticity), taking into account contact interaction at small displacements – “linear” contact, taking into account contact with the continuity condition … The Advanced Nonlinear module is used in the analysis of large nonlinearities (including deformation of[Elastomer | elastomers], taking into account the spatial contact interaction), a combination of various types of nonlinearities, as well as in modeling and calculating fast nonlinear dynamic processes based on an explicit integration scheme. Femap includes three additional modules: Femap Flow Solver – allows you to analyze hydro and gas dynamics; Femap Advanced Thermal Solver – provides a set of capabilities for the analysis of heat and mass transfer, including modeling of fluid channels, associated convection and analysis of hydro-, gas-dynamic flows; Femap Thermal Solver is a solution for temperature analysis and heat transfer analysis. Femap is used by design professionals to model complex structures, systems and processes such as satellites, aircraft, military electronic equipment, heavy construction equipment, cranes, marine transport and process equipment.
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