Additive Manufacturing Analysis Engineer
Simulate the 3D printing process with real-world physics to predict, optimize, and perfect additive parts
角色
结构仿真
机械与土木工程的有限元分析
高级结构仿真技术
使用有限元方法 (FEM) 及相关技术进行结构仿真，可深入了解产品、装配体和流程如何响应真实世界条件，其中包括不同的载荷和温度。
SIMULIA 的结构仿真技术可创建虚拟原型，进而能够对关键性能指标进行全面评估，无需依靠物理测试。
这些指标不仅包括刚度，能确保正常使用时可接受变形，而且还包括强度，即使在最大设计载荷下也能支持结构完整性。
安全性能够保证可预测的失效模式，以保护消费者和旁观者。耐用性/可靠性可确保产品使用寿命的一致性和可预测性，而稳健性则可在整个设计和制造阶段保持性能的一致。
遵守噪声和振动的行业标准，可提供卓越的用户体验，而舒适性则可确保人与产品或流程之间的积极交互。
SIMULIA 结构仿真的主要优势
准确预测
使用 Abaqus 和 fe-safe 技术在各种广泛的载荷条件下获得对产品实际结构的精确洞察。
更高的产品质量
在与 CATIA 或 SOLIDWORKS 设计几何图形集成的用户友好界面中进行早期结构仿真，可实现低成本和设计问题预防。
低成本的原型设计
虚拟测试与仿真可节省成本并可加速上市进程，涵盖从组件分析到非线性复杂装配体仿真的所有过程。
结构仿真的战略影响
结构仿真在实现重要业务目标、降低风险、确保符合标准以及缩短上市时间的过程中发挥着关键作用。结构仿真软件可帮助用户：
- 最大限度降低产品复杂性和成本
- 将故障风险降至最低
- 优化竞争定位
- 满足企业或政府标准
- 加速产品发布
有限元分析 (FEA) 驱动的设计洞察可降低成本、消除错误并缩短设计周期。与典型的原型测试不同，虚拟原型可以给您带来的信息不只是通过/失败。还可以告诉您零部件失效的原因，并帮助您了解您的改进是否可以防止失效。与物理测试不同，力学仿真全天候提供。
SIMULIA 结构分析技术
结构领域中的 SIMULIA 产品系列包括 3DEXPERIENCE 平台中的产品，其可在云端提供，也可以随Abaqus、fe-safe 和 Tosca Structure 技术提供。Abaqus 是线性及非线性有限元分析的市场及技术领先产品。隐式和显式解决方案技术均已提供，具有互补性。fe-safe 技术为耐久性和疲劳生命周期预测提供了现代算法。Tosca Structure 技术能够优化部件的 3D 形貌和拓扑，不仅可减轻重量，而且还可提高强度和刚度。这些技术因其在现代高性能计算 (HPC) 架构（包括 GPU 和云技术）上的强大功能、灵活性、特性集和解决方案性能而倍受青睐。
SIMULIA 结构仿真软件产品
Abaqus
适用于机械工程和土木工程的有限元分析
Portfolio
fe-safe
有限元模型的耐久性分析软件
Portfolio
Tosca
基于 FEA 和 CFD 仿真的高效优化
Portfolio
3DEXPERIENCE 平台上的 SIMULIA 结构仿真软件
SIMULIA 结构仿真软件产品按 3DEXPERIENCE 平台上的角色打包，可确保所需的所有应用都触手可及，从而更快速，更高效地工作。请选择与您在团队中的角色相对应的软件包。
有 16 个结果
Composite Structures Analysis Engineer
Achieve lightweight, high-performance composite designs by simulating the structure for stiffness, strength, manufacturability and damage tolerance
角色
Composite Structures Performance Engineer
Model and validate composite designs for stiffness, strength, and performance requirements, to reduce costs in composite structure prototypes and testing
角色
Concept Structure Analyst
Generate high-performance design concepts meeting structural requirements based on advanced linear and nonlinear simulation
角色
Durability Performance Engineer
Assess the structural performance and durability of products during the design process and intuitively guide design decisions
角色
Durability and Mechanics Engineer
Enables comprehensive structural simulations covering statics, implicit and explicit dynamics and fatigue to assess structural integrity of any type of product
角色
Living Heart Human Model
Test cardiovascular device designs in-silico to assess and improve device performance, efficacy, and safety
角色
Material Calibration Engineer
Increase fidelity of simulations by calibrating advanced material models from physical or virtual test data
角色
Simulation Model Build Engineer
Accelerate finite element model creation through intelligent automation minimizing manual effort and delivering solver-ready models
角色
Steel Structures Engineer for Marine and Offshore
Engineer and validate the steel structure design, from preliminary to detail, to minimize costs and engineering time, while reducing weight
角色
Structural Analysis Engineer
Accelerate product innovation with advanced structural simulations covering statics, dynamics, thermal and fatigue across diverse industrial applications
角色
Structural Designer
Accelerate product design with efficient evaluation of stress, strain, natural frequency and temperature in a guided environment
角色
Structural Engineer
Provide design engineers powerful and intuitive tools needed to perform linear structural simulations during the design process
角色
Structural Generative Engineer
Empower simulation engineers to improve designs through exploration of alternatives that meet requirements for structural performance and manufacturing
角色
Structural Mechanics Engineer
Enables comprehensive structural simulations covering statics, implicit and explicit dynamics, acoustics across a broad range of industrial applications
角色
Structural Performance Engineer
Assess the structural performance of products in nonlinear static and dynamic environments for informed engineering decisions
角色
开启您的旅程
探索技术发展、创新方法，以及不断变化的行业需求，其正在重塑结构分析及仿真世界。利用 SIMULIA 保持领先。立即了解。
Battery Cell Engineering in Modern Vehicle Design
Electrification is fundamentally reshaping vehicle engineering, making simulation at the battery cell level now a key factor in innovation. The shift from internal combustion engines (ICEs) to electric vehicles (EVs) has introduced new design challenges and heightened safety requirements. Modern engineering increasingly relies on Multiphysics simulation—from electrochemistry to structural analysis—to drive optimal cell, module, pack, and full-vehicle designs. Let us explore how different methodologies in battery cell engineering can improve the design of batteries for efficient electric vehicles (EVs).
Article
Designing the Moo-TIVATOR for Happy Cows with Unified MODeling and SIMulation
With a commitment to enhancing cow comfort and optimizing dairy farming operations, Seneca Dairy Systems combines modern engineering practices with a deep understanding of animal needs to create practical solutions for the dairy industry. The SIMULIA Structural Designer role provides Seneca with just the right tools to run advanced simulations, skip costly prototypes, and perfect the Moo-TIVATOR crowd gate testing even the hardest-to-measure parameters virtually.
Article
Rethinking Battery Module and Pack Engineering with Modeling and Simulation
Learn how MODSIM can also be used to analyze and optimize the numerous factors engineers need to consider for a successful battery pack design.
Article
In the Know: Motion Roles
Simulate complex mechanical systems and optimize their dynamic behavior in a seamless way from conceptual to detailed design.
Article
Gasket Simulation in Abaqus
This blog discusses gasket simulation in Abaqus/Standard, focusing on real-world applications. Gaskets provide cost-effective seals between mating surfaces and have applications across various industries.
Article
Debugging Abaqus Models
This blog is a comprehensive exploration of the process of debugging models in Abaqus/Standard, with a specific focus on resolving convergence issues. It provides a detailed comparison between Abaqus/Standard and Abaqus/Explicit, using iterative methods and strategies, highlighting the importance of understanding model features, adopting systematic approaches, and maintaining perseverance in the face of issues.
Article
Build a Better Battery Cell with Simulation-driven Engineering
Simulation helps engineers to enhance battery cell design and develop new cell technology. In this blog post, we will introduce the Battery Cell Engineering workflows from SIMULIA on the 3DEXPERIENCE platform and demonstrate how they can be utilized to create high-performance battery systems.
Article
Workflow: Modeling and Simulation of a Tower Crane
This blog post shows how multiple Dassault Systèmes applications can be combined to create a full workflow for Tower Crane Simulation.
Article
Halloween Treat: Pumpkin Smash using Abaqus from Fidelis
This blog post was originally published in October 2020. We’ve got a...
Article
Necking of a Titanium Dogbone
Step-by-step instructions for a titanium dogbone example using the Calibration App.
Article
Gooaaalll!!!Soccer Simulation with Structural Mechanics Engineer Role
We talked to Mattias Robertsson, Industry Process Senior Consultant, to walk us through a soccer simulation workflow using the Structural Mechanics Engineer role and Abaqus/Explicit solver.
Article
SiminSitu EU Project with 4RealSim
SIMULIA is delighted to work with engineering leaders and academics as they leverage simulation capabilities to help shape the future of their industry. We had the opportunity to interview 4RealSim, a company specializing in high-end numerical analysis services. During the interview, we discussed how 4RealSim uses Abaqus in the SimInSitu EU project (http://www.siminsitu.eu/). SimInSitu aims to develop sophisticated in-silico methods to predict the short- and long-term behavior of in-situ tissue-engineered heart valves (TEHV) by combining advanced tissue remodeling algorithms with a personalized virtual heart modeling approach. The method will be specifically developed to predict the complex transformation process of biodegradable heart valves from the initially synthetic scaffold into a fully remodeled and functional valve.
Article
Engineering Insights: Dr. Alison McMillan on Modeling Material Fatigue
The annual SIMULIA Regional User Meetings (RUMs) provide a forum for practicing engineers and researchers to exchange ideas and experiences in all aspects of simulation technology. Late last year, Alison McMillan, Professor in Aerospace Technology at Wrexham University, gave a presentation to RUM attendees in the UK, Fretting: Modeling mechanisms for material damage.
Article
Parametric & Non Parametric Shape Optimization of Electromagnetic Components | Dassault Systèmes
This Tech Talk demonstrate recent improvements in CST Studio Suite optimization techniques as well as how to link SIMULIA’s Tosca non-parametric-optimization suite with the CST Studio Suite.
E-seminar
On demand
有关结构分析计划及软件的常见问题答疑
了解更多
计算流体力学仿真
结构周围及内部的稳态和瞬态流动分析
多体系统动力学和运动仿真
分析复杂机械系统在机械力作用下的运动
振动声学仿真
仿真和分析整个可听范围内的噪声和振动
自动化与优化
实现仿真的普及化推广、加速创新并充分利用人工智能的强大功能。
了解 SIMULIA 可以为您做些什么
与 SIMULIA 专家交谈，了解我们的解决方案如何在各种规模的企业中实现无缝协作和可持续创新。
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课程面向学生、学术界、专业人士和企业开放。查找适合您的 SIMULIA 培训。
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