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三维多属性功能品质仿真
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有限元前/后处理
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LMS Virtual.Lab
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结构分析
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多体动力学
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耐久性
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Other LMS Virtual Prototype Simulation Applications
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LMS Virtual.Lab Acoustics声学软件第9版新功能
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LMS Virtual.Lab第9版新功能
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What's new in LMS Virtual.Lab Revision 10
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LMS Virtual.Lab Demo Movies
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有限元前/后处理
LMS Virutal Lab FEA Pre/Post有限元前/后处理模块是一个标准组件,可以用于线性、非线性和碰撞有限元分析,多功能配置可以让用户导入模型或工业标准求解器格式的网格,检查和修复质量方面的问题,进行如定义施加载荷的蜘蛛网格等附加网格建模,定义或补充对网格属性和材料属性的定义,设置载荷和边界条件,驱动选定的求解器,以及利用多种显示方式对结果进行最佳后处理显示。
LMS Virtual.Lab有限元前/后处理
LMS Virutal Lab FEA Pre/Post有限元前/后处理模块是一个标准组件,可以用于线性、非线性和碰撞有限元分析,计算时调用工业标准求解器,如Nastran(MD,MSC,NX,NEi)、Abaqus、LS-DYNA和RADIOSS等。
多功能配置可以让用户导入模型或工业标准求解器格式的网格,检查和修复质量方面的问题,进行如定义施加载荷的蜘蛛网格等附加网格建模,定义或补充对网格属性和材料属性的定义,设置载荷和边界条件,驱动选定的求解器,以及利用多种显示方式对结果进行最佳后处理显示。
这一组件的典型应用是对导入的部件、子系统或系统模型进行有限元分析。该组件在仿真工程师中非常受欢迎,他们可以选择通用求解器或特定求解器。该选项可以用于处理模型连接点、焊点、粘合或焊缝焊接和曲面连接等。
对于那些外包网格划分的企业或使用专门独立的网格工具的仿真工程师,这个组件是理想的有限元分析前后处理工具。那些具有与CATIA V5兼容的网格的企业也将得益于这个组件具有嵌入式前处理和后处理功能,并可直接适用于几何连接建模等功能。
该模块也可作为变形(morphing)或车辆概念建模等更高级组件的标准插件配置。
特 点
全面的前处理功能(网格质量,模型验证、节点和单元、几何属性和物理材料,连接)
多种通用和特殊求解器分析驱动设置
针对多求解器的属性、材料和连接等定义的环境
关联和非关联建模工具
全面的二维和三维后处理,结果处理和报告生成功能
几何与分析完全相关
针对Nastran、Abaqus、LS-Dyna及Radioss等不同求解器的完备组件配置
优 点
通过共享相同的环境促进多学科仿真的集成
通过与求解器的互动性提高结果一致性
通过可视化流程集成,大大加速工程研发和提高生产力
LMS解决方案涵盖各个工业领域,通过LMS案例您将了解到LMS解决方案如何帮助用户解决真实的工程挑战问题。
Mitsubishi and LMS develop procedures that speed body NVH analysis up to a factor of 100
Mitsubishi Motor Corporation and LMS engineers have teamed up to deploy analysis procedures that reduce the time required to simulate the NVH performance of a car body to as little as one-hundredth of the time previously required. Conventional full-body finite element models that are normally used to evaluate body NVH prior take so long to solve that relatively few design alternatives can be considered.
Mitsubishi develops vehicle platform with support of LMS
Mitsubishi Motors Corporation is working with LMS in a strategic partnership to frontload vehicle engineering and optimize designs for critical attributes earlier in the process. LMS recently supported Mitsubishi in reaching these objectives on a new small-car platform with multiple upper body designs. Mitsubishi also teamed with LMS to deploy these advanced simulation processes based on LMS Virtual.Lab for the development of innovative future vehicles.
手 册
下载 LMS Virtual.Lab 简介手册
下载 LMS Virtual.Lab 结构分析手册
动画演示
有限元前/后处理过程
图 片
在LMS Virtual.Lab中定义线性分析工况、驱动求解器及计算结果的后处理。
在LMS Virtual.Lab中显示并处理线性的瞬态分析得到应力结果。
悬置位置受力的频响曲线以及在所选频率曲线下的模型的整体变形。
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