Cadence MSC CoSim 2026.1.1是一款多物理场联合仿真框架，支持声学、MBD、CFD、结构分析等耦合计算，集成Adams、Nastran等主流CAE工具，通过FMI接口提升仿真准确度与效率。
原始标题：Cadence MSC CoSim 2026.1.1 x64
Cadence MSC CoSim 是由 Cadence（收购 MSC Software 后）推出的先进多物理场联合模拟（Multiphysics Co-Simulation）框架。它能将多个独立的模拟学科无缝耦合，提升产品设计的稳定性、可用性与仿真准确度。
- 多学科耦合：支持声学、多体动力学（MBD）、计算流体力学（CFD）、结构分析以及显式碰撞动力学等物理场的互联与协同计算。
- 集成主流 CAE 工具：无缝整合来自 Adams、MSC Apex、MSC Nastran、scFLOW 和 scSTREAM 等软件的仿真数据。
- 高灵活性接口：采用功能模拟接口（FMI），并通过多物理场框架提供直接求解器耦合（Direct Solver Coupling）。
- 系统级洞察：帮助工程人员跨越不同的工业领域，深入理解复杂的系统级整体性能。
File Size: 541 MB
MSC CoSim is specially designed to ensure joint work (co-simulation) of various solvers in a single multidisciplinary working environment.
MSC CoSim is designed to organize the process of interaction between the Adams (MBD – multimass dynamics), Marc (FEA – finite element analysis) and scFLOW (CFD – computational fluid dynamics) systems.
This interaction allows us to solve a wide range of problems, including, for example, such problems as: detailed coupled analysis of the aerodynamic characteristics of a wing with flap extension using Adams and scFLOW; analysis of the interaction of fluid and a propeller taking into account the free surface and cavitation using MSC Nastran and scFLOW; evaluation of the dynamic response of the suspension when a vehicle is moving through a water obstacle using Adams and scFLOW; analysis of the aeroacoustic properties of a vehicle exhaust system and muffler using Actran and scFLOW; analysis of the dynamic effect of fluid on the walls of a moving tank (sloshing) using Adams and scFLOW; coupled modeling of shock waves of a vibrating plate in supersonic flow in MSC Nastran and scFLOW; calculation of thermomechanical stresses in the scSTREAM system when estimating mechanical stresses in soldered joints of electronic
components.
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