TOSCA Structure
TOSCA Structure是一个灵活的，模块化的，非参数化的结构优化软件系统，能提供拓扑，外形，条纹等各种类型的优化，基于工业标准的有限单元算法，支持ANSYS、Abaqus、MSC Nastran、NX Nastran等求解器。由于模型的参数化是必须的，且可以使用已有的模型文件进行优化，所以TOSCA的操作非常的简单。TOSCA是一个基于市场导向的优秀软件，在非线性，疲劳以及NVH等领域都有强大的优化能力。
主要特点和优势
稳定、快速的优化算法
能直接使用现有的模型
有效处理非常巨大型的模型
支持无限多的载荷工况
满足静态、动态耦合需求的全面优化
对非线性材料、接触和大变形的高保真优化
更少的物理试验和物理模型
在Tosca ANSA 环境下进行优化的前后处理
优化结果可视化（TOSCA Structure.view）
对已有IT资源的有效利用（office或html文档）
自动验证分析及直接传输数据到CAD系统
工业应用案例-风力发电机主机架
风力发电机越大，它的刚度和强度要求就越来越难以满足。重新设计的主机架应该有更好的经济性和振动性能。在同时满足静力和疲劳强度的条件下，主机架的拓扑优化要得到更轻量化的结构，同时还需考虑制造工艺的限制。
最终可行的设计方案中，重量减少了40%，同时也加快了整个开发进程。
由Suzlon GmbH提供
TOSCA Fluid
TOSCA Fluid是工业界独一无二的无参数流体流场优化软件，基于工业标准的CFD求解器，可以进行流场的拓扑优化。软件操作简单，无需模型参数化，现有的分析输入文件，甚至大规模的CFD模型文件均可直接用于优化。TOSCA Fluid提供经典的优化技术，使得仅仅定义设计空间以及流场任务，工程师便可创造性的进行产品设计。无需进行初始设计，且求解器仅运行一次便可。
TOSCA Fluid主要优点
无缝集成当前顶尖的CFD求解器，保证了现有CFD模型的可续用性和分析结果的高质量
完整的设计灵活性，无需费时的模型参数化、脚本编写和代码调用
根据定义的流场任务和设计空间，获得创新的概念设计，无需初始设计
充分利用给定的设计空间
对具有任意复杂设计空间的工业大模型均适用
优化只需运行CFD求解器一次
使用CFD分析工具自动设计更新，减小压降，改进流场均匀性
高效的降低噪声水平并改善分流比
强大的用户界面方便进行后处理和优化结果几何生成
加速创新产品投放市场的速度
在设计流程早期进行流场的设计优化显著缩短开发周期
自动化的设计开发可减小物理测试次数和产品原型的数量
TOSCA Fluid工业案例-冷却器进气软管
最新的冷却器进气软管设计要求尽量低的能量损失。在现有设计空间中的重新设计必须满足总的压力降不会减少。
使用TOSCA Fluid进行优化可消除导致能量效率增加的返流和回流区域。新的设计方案同样满足给定的空间限制。只需进行一次求解，比起基于CAD参数化的设计和优化方案节省了大量的计算时间。
TOSCA Structure
TOSCA Structure is a flexible, modular, non-parametric structural optimizationsoftware system that provides topology, shape, striped and other types ofoptimization, finite element algorithm based on industrial standards,supporting ANSYS, Abaqus, such as MSC Nastran, NX Nastran Solver. Due to theparameters of the model is a must and can be optimized using existing modelfiles, TOSCA's operation is very simple. TOSCA is an excellent software based on market-oriented, linear, fatigue, and NVH field has powerful optimizationcapabilities.
Main features and advantages
• Stable, fast optimization algorithm
• Direct use of existing models
• Effective handling of very large models
supports an unlimited number of load cases
• Meet the needs of coupling static and dynamic optimization
• Nonlinear materials, contact and optimization of large deformation of highfidelity
• Fewer physical tests and physical models
• Before and after the optimization of Tosca ANSA environment
• Optimal results visualization (TOSCA Structure.view)
• Effective use of existing IT resources (Office or HTML document)
• Automatic validation analysis and direct transmission of data to the CADsystem
Industrial applications-wind generator main frame
Wind turbine generators greater stiffness and strength requirements for itmore and more difficult to meet. Redesigned main frame should be a bettereconomy and performance. Meet at the same time under the condition of staticand fatigue strength of host topological optimization of frame structure to bemore lightweight, while also taking into account manufacturing process limits.
In the final workable design, reduced weight by 40%, but also speed up thedevelopment process as a whole.
Provided by Suzlon GmbH
TOSCA Fluid
TOSCA Fluid are industry unique parameters fluid-free optimization software,based on industry-standard CFD Solver, topology optimization of the flow fieldcan be made. Software is simple, without using a model parameterization,analysis of the existing input files, or even mass CFD model files can bedirectly used for optimization. TOSCA Fluid provides classic optimizationtechnique, simply defined tasks and flow field of the design space, productdesign engineers to creative. Without the need for initial design, and theSolver run only once.
TOSCA Fluid main advantages
• Seamless integration of current top CFD Solver, ensure the continuation ofthe existing CFD models and analysis of results of quality
• Complete design flexibility, without time-consuming scripting modelparameterization, and code calls
• According to a defined flow tasks and design space, access to innovativeconcept design without the initial design
• Make full use of the given design space
• Industrial model with arbitrary complex design spaces shall apply
• Optimize just run the CFD Solver
• Automatic design using CFD analysis tools update, reduce the pressure drop,improved flow uniformity
• Efficient noise reduction level and improve the split ratio
powerful user interface for easy handling and optimal results generatedgeometry
• Accelerate the rate of innovation of products on the market
• Early in the design process design optimization of flow field insignificantly shorter development cycles
• Automated design and development can reduce the number of physical tests andprototypes
TOSCA Fluid industrial case-cooler air intake hose
Latest cooling air intake hose design requires as little energy loss. In theredesign of existing design space must meet the total pressure drop will not be reduced.
Optimization using the TOSCA Fluid can lead to increased energy efficiency ofreflux and reflux area. New design also satisfies the given spacerestrictions. Solved only once, rather than based on CAD parameterized designand optimization solutions for saving a lot of time.
DS SIMULIA TOSCA 2016.2111 | 1.3 Gb
FE-DESIGN GmbH, a engineering and software company for numerical optimization solutions based on finite element analysis (FEA) and computational fluid dynamics (CFD), announced the release of DS SIMULIA TOSCA 2016 is efficient optimization based on FEA and CFD Simulations.
Today’s engineers aspire to develop innovative products in the shortest development time possible. Security, comfort, performance, efficiency, durability, and flexibility are just some of the aspects to take into account.
As leading technologies for structural optimization and flow optimization, both Tosca Structure and Tosca Fluid offer efficient optimization based on industry standard FEA (Abaqus, ANSYS, MSC Nastran) and CFD software (STAR-CCM+ and ANSYS Fluent).
The Tosca optimization suite enables engineers to take full advantage of any improvement potential while leveraging advanced simulation capabilities. It creates optimized design concepts to achieve the highest performance, quality, and eco-efficiency in a shorter development time.
What’s New for Tosca Structure 2016 and Tosca Fluid 2016:
Tosca Structure 2016
- Tosca Structure.sizing now supports NVH-responses
Enables users to address common use scenarios in the automotive industry.
- Tosca Structure.sizing now support circular beams
Enables 3D printing of optimized lattice structures.
- New algorithm for casting manufacturing constraint for Tosca Structure Topology
Enables users to achieve castable designs where the old algorithm failed.
- New Sensitivity-based algorithms for Tosca Structure Shape
Enables users to solve shape optimization problems which do not use only stress-oriented objective functions
Other design responses like displacement can also be considered as objective functions or constraints
- Stress constraint now supports temperature boundary conditions for Tosca Structure Topology
- New inverse output of STL-surface for improved data exchange between results and CAD design environments
Tosca Fluid 2016
- Improved interfaces for Star CCM+ and Ansys Fluent tools
- New port for Windows operating systems
Enables users to run Tosca Fluid natively on Windows
- Improved optimality criteria
- New additional monitors for presenting objective functions of backflows
Enables users to track progress of optimizations involving backflows
About FE-DESIGN
FE-DESIGN GmbH is engineering and software company for numerical optimization solutions based on finite element analysis (FEA) and computational fluid dynamics (CFD). FE-DESIGN develops TOSCA Structure and TOSCA Fluid - leading technologies for structural optimization (topology, shape and bead) and flow optimization (topology). The company also provides comprehensive expertise and unique software applications in flexible, customized engineering services.
FE-DESIGN has offices in Europe and the USA and is globally represented by a worldwide network of authorized resellers.
Name: DS SIMULIA TOSCA
Version: (64bit) 2016 build 2111 with Documentation
Home: http://www.fe-design.de
Interface: english
OS: Windows / Linux
Size: 1.3 Gb