Allow domain experts to develop multi-physics simulation models / libraries and share ready-to-use experiments for systems assessment and tradeoff analysis
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利用建模和仿真确保各学科之间产品设计的一致性
利用 3DEXPERIENCE 平台上的需求、功能、逻辑和物理框架 (RFLP),机械、电气、流体和软件学科可以根据系统需求和架构进行实施,并提供系统设计的整体视图。这种紧密协作的多学科框架可确保产品性能和市场需求的协调与融合。它使企业能够快速轻松地评估更改请求或者开发新产品或系统变体,同时利用基于性能的统一系统工程方法来降低系统和产品开发的整体成本。
由 Modelica 和功能模型接口 (FMI) 标准提供支持的多物理场建模,可加速从早期设计阶段的多学科预研究到产品和系统行为验证的整个过程。系统架构模型可以通过来自多个库的行为模型进行扩充,并与产品 3D 定义相关联,从而能够在统一的集成式框架内同时仿真多个物理领域,比如机械、电气、热和流体等。每个领域都可以创建详尽准确的模型,而 FMI 可以在各种仿真环境中作为无缝交换和联合仿真这些模型的桥梁。工程师可以验证预研究假设、优化设计、尽早发现问题并探索创新型解决方案。
利用系统仿真 Web 应用,仿真领域的专家可以创建多物理场仿真模型,并向非专家用户分享即用型试验。预定义的看板操作台包含仿真模型、输入参数、结果和动画,可以通过 Web 浏览器或移动设备在云端进行计算,而无需安装编译器。其可加速仿真专业技术在企业内更广泛受众群中的重用,使他们能够快速了解模型、进行系统评估和权衡取舍分析。
系统驱动的创成式软件方法可确保任务关键型和实时关键型嵌入式软件的开发。达索系统解决方案可支持基于 AUTOSAR Classic、AUTOSAR Adaptive、PLC-Open 和 eFMI 行业标准,针对汽车、铁路、控制和监控系统实施从软件架构定义到软件代码生成和开发的嵌入式软件开发。
在产品开发过程中,必须始终考虑安全和网络安全约束。
达索系统解决方案以系统架构和产品设计为背景,在开发流程的各个阶段将安全保障专家与系统工程关联起来,利用基于模型的方法进行危害分析和风险评估 (HARA)、故障模式和影响分析 (FMEA) 以及威胁评估和补救分析 (TARA),并支持功能安全 (ISO26262) 和网络安全 (ISO21434) 行业标准
CATIA 基于模型的系统设计软件产品可作为 3DEXPERIENCE 平台上的角色进行打包,确保您的全部所需应用都触手可及,从而更快跟上进度、更高效地开展工作。请根据您在企业中的角色选择相应的软件包。
Allow domain experts to develop multi-physics simulation models / libraries and share ready-to-use experiments for systems assessment and tradeoff analysis
角色
Rapidly model, simulate and validate complex engineering systems using Modelica language, fully immersed in a Model Based System Engineering approach
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Generate Functional Mock-up Units (FMUs) from the 3DEXPERIENCE Platform in order to integrate & simulate the model on other co-simulation platforms
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Leverage the power of Modelica and 3DEXPERIENCE to rapidly develop, simulate and validate complex mechatronic systems
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Library to simulate thermodynamic separation processes including rectification columns, separator tanks and all components to simulate a rectification plant
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Simulate years of operation of systems in seconds to compliment KPI, Mathematical Computation with a simulation, capturing corner cases & domino effects
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Easily explore and experiment aerodynamic behavior of aircrafts to assess propulsion systems performances considering effects of the flight mission.
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Modeling, simulation and analysis of Battery systems from cells engineering to the battery pack design and validation
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Optimize and tune systems parameters of a device or its controller to improve system dynamics for multiple criteria and multiple cases
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Allows the integration of Brushless DC motors and control into complex systems
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Generate C Code from Modelica compliant systems behavior models in order to validate the model on any hardware platform
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Model and simulate complex thermodynamic cycle processes for electricity power generation using Clausius Rankine cycles
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Develop cooling systems and dimension components, dedicated to batteries, electric drives and electronic thermal management
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Rapidly design and validate DC and high-frequency AC electrical network
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Modeling, simulation and analysis of electric drive system including controller, modulation method, inverter, electric machines and their thermal models.
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Accelerate the analysis of large motions of flexible beams, annular plates and flexible bodies
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Model, simulate and anlyze of the flight dynamic characteristics of a wide range of flight vehicles
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Modeling, simulation and analysis of gas flows in three-dimensional spaces
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Optimize the design & performance of Heat, Ventilation and Air Conditioning systems
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功能强大的汽车分布式嵌入式系统开发和验证解决方案
全球基于模型的系统工程解决方案
彻底革新自动驾驶汽车测试与仿真
设计自动化和嵌入式控制系统
基于 Modelica 和 FMI 的多工程建模和仿真
用于数值计算的开源软件
mission engineering UAF When I attempt to create a value for the OpposableElement tag I am not able to get a pull-down. Instead I just get a link to the enumeration. The tag definition in the stereotype uses the type DesignationKind for the tag, not ForceDesignation. DesignationKind is the base stereotype for ForceDesignation. This appears to be an issue in the UAF v1.3 profile.
CATIA MBSE CYBER SYSTEMS
What this isA practice model showing where EE&S plugin artifact types naturally land on the ASPICE process grid, using a Collision Avoidance System (ADAS) as the reference system. The point isn't the system — it's demonstrating that the tool's native constructs map directly to ASPICE work products, and that the chain doesn't stop at architecture.ASPICE Process → EE&S Artifact MappingSYS.1 — Requir
CATIA MBSE CYBER SYSTEMS
My team is trying to run Cameo in “batch mode”, and I have a question regarding the FlexNet license server configuration that is not answered in any of the documentation that I was able to find. In the Cameo documentation, I see Java arguments for specifying a FlexNet server and port (FL_SERVER_ADDRESS / FL_SERVER_PORT), and I also see that I can specify a tool edition (FL_EDITION). However, in th
CATIA MBSE CYBER SYSTEMS
Requirement derivation tables are easily one of the top requested topics from users across the industry. In my latest video, I walk through how to define a reusable view def and map it directly to your requirement structures.Watch the Video here: [Link to YouTube Video] Download / Copy the Source CodeGrab the SysML v2 code used in the video below to test and adapt for your own models:How are you
CATIA MBSE CYBER SYSTEMS
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