ESTECO modeFRONTIER 2020 | 490.5 mb
ESTECO has released modeFRONTIER 2020, a software that enables multidisciplinary engineering practices and expertise consolidation, according to the company. The Esteco s.p.a development team is pleased to announce the availability of modeFRONTIER 2020R3. With the latest improvements, you can rely on an even more easy-to-use optimization experience, regardless of your level of expertise. Make the most of the simulation democratization and accelerate your engineering process. modeFRONTIER 2020 R3 - Release Notes Supported Third-Party Integrations
We’ve extended support of third-party software to the following versions:
- Simcenter Amesim 2019.2 and 2020.1
- CATIA V5-6 R2020
- JMAG 19.1
End of Support Announcement
We’ve discontinued support for the integration with Abaqus versions 6.6.1 to 6.11.1 and CATIA version V5-6 R2013 and earlier.
The Planner no longer supports vector objectives and constraints. When you enable the Planner for the first time or if you have used vector objectives or constraints in the Planner in the past, the vector components are simply converted to scalar objectives and constraints. The new objectives and constraints retain their properties and no data is lost.
Integration improvements JMAG integration node improvements
In this release we’ve enhanced the JMAG node with some important features requested by our users. Beside running a JMAG analysis on the local machine, you can now submit a job to a remote SSH machine and enjoy all the benefits of the JMAG Power Simulation License (PSL). We’ve also introduced the possibility to use the reservation key - a JMAG feature that enables you to reserve some license features for a limited amount of time. Last but not least, we’ve re-organized the JMAG node Properties in a simpler and more logical way.
ADAMS/Car integration node improvements
The Adams/Car node now supports custom objectives that you can define in the Adams/Car session configuration file. You can load this file in the node and you will see the custom objectives in the Parameter Chooser as outputs.
User Experience Improvements Input domain validation in the Planner
Our goal is to make the input domain definition easy and straightforward, so in this release we’ve introduced the following improvements:
- cross-validation of the properties of an input, such as value, bounds, base and step to ensure consistency between the Project and the Plan domains
- prompt and topical problem signalling with appropriate graphical elements and clear notifications
- automatic correction and computing of property values that would otherwise cause errors or inconsistencies
Free Project domain
Following our users’ requests and to open up to an even larger number of use cases, we’ve introduced the possibility to keep some properties - namely value, bounds, base and step - of the input parameter nodes in the workflow undefined.
You can now define the input properties that are known or relevant for the entire project and leave all other properties without values. This leaves the Plan domain unconstrained by the Project domain and lets you freely change the Plan input domain to cover interesting design space regions.
New output properties
We’ve listened to your requests and implemented some new properties in the output variable and output parameter nodes and the Planner Output domain module: unit of measure and label.
With these new properties you can characterize and describe the outputs of the project in a meaningful way.
Algorithm Improvements Catalogues in action - track how algorithms evolve
In the previous releases we started using the Catalogue system to get you more involved in the optimization process. With this improvement, optimization algorithms can create separate catalogues with categories that identify the most important mechanisms for creating designs.
We’ve added multi-category support to the following algorithms: ARMOGA, B-BFGS, MOSA, MOPSO, MEGO, SAnGeA, pilOPT, Matlab bridge, Octave bridge and Scilab bridge.
- grasshopper node (?)
- mogt and hybrid in autonomous mode?
- asf handling multiple outputs (?) and autonomous exploration in planner
发现最终的设计优化
工程设计过程中过程自动化和优化的综合解决方案。modeFRONTIER模块化环境是降低复杂性，提高效率和缩短开发时间的关键。modeFRONTIER平台保证管理工程设计过程的所有逻辑步骤。
工作流程形式化和与第三方工具的集成实现了仿真过程的自动化。
一套实验和优化算法设计推动了对最佳解决方案的搜索。
使用一套用于数据分析，可视化和决策制定的高级工具，可以更轻松地选择正确的设计。
提高绩效
使用工作流程形式化自动化工程流程
最大化硬件使用
使用智能分布式执行的所有可用计算资源
比赛更胜一筹
通过一流的技术简化最棘手的优化挑战
按时交付结果
利用针对可用时间和资源量身定制的优化策略
modeFRONTIER基于配置文件的方法通过在需要时分配软件资源来简化团队合作
数据空间
数据查看器
在modeSPACE中了解复杂的数据集
数据检查员
在您的指尖处理后处理必需品
数据智能
充分利用高级数据分析
数据探索者
全方位设计空间探索
流程与优化
自动化设计师
让您的MDO工作流程成型
单一的纪律
领域专家的增强设计解决方案
多学科
释放MDO的力量
OPTIMEAZY
只需点击一下即可找到最佳值
In this release, users can now tailor software functionalities based on roles. New User Profiles enable multidisciplinary engineering practices to consolidate specialized expertise and streamline teamwork by allocating software resources where needed. Depending on the step of the engineering problem at hand, it is now possible to access different functionalities within the same installation through dedicated modules (modeSPACE and modePROCESS) or directly in modeFRONTIER, according to the profile of the user, a press release states. The profiles are divided into two categories: data space and process & optimization. ESTECO has also added a sensitivity analysis tool, RSM evaluation chart and improved RSM wizard. New capabilities for project complexity handling include a workflow setting, a design space node and a subprocess node. 什么是新的 丰富的优化驱动设计介绍MANY算法在评估多域系统的性能时，充分利用设计空间探索。使用新的MANY算法，您可以处理四个多达十五个多学科工程问题的目标。
集成功能扩展
与Altair Hypermesh结合使用
借助ESTECO智能算法轻松调整网格表面的形状。
模块化访问
通过modeFRONTIER工程设计流程自动化，优化解决方案和统计分析，提高产品性能，质量和可靠性，同时缩短产品上市时间。通过基于Web的框架利用modeFRONTIER和VOLTA在企业内部建立协作的协同作用。
构建并自动化您的工作流程
设置优化策略
运行进程并监视执行
查看和分析结果
通过探索设计空间，了解可实现的产品性能并缩短开发时间。利用复杂的工具进行数据分析，并在后处理和预优化阶段研究问题特征。
查看和分析结果
[img]file:///https://www.esteco.com/sites/default/files/modefrontier_landing/logo_2018_mp_800.png[/img]
通过独立桌面应用程序 - modePROCESS正式化您的工作流程。通过功能强大的图形编辑器连接商业和内部仿真工具和数据模型，并选择参数，约束和设计目标。
构建并自动化您的工作流程
modeFRONTIER is an integration platform for multi-objective and multi-disciplinary optimization. It provides a seamless coupling with third party engineering tools, enables the automation of the design simulation process, and facilitates analytic decision making. In today’s business world, multidisciplinary approach is key for a successful design process. Designers are required to simultaneously consider multiple perspectives to determine the global optimal solution, facing an ever increasing problem complexity. With modeFRONTIER, the process is streamlined combining objectives relating to variables of different disciplines. The powerful workflow enable the execution of complex chains of design optimization, innovative algorithms determine the set of best possible solutions combining opposing objectives, and post-processing tools allows the user to perform sophisticated statistical analysis, data visualization and decision making. The user profiles enable multidisciplinary engineering practices to consolidate specialized expertise and streamline teamwork by allocating software resources where needed. Depending on the step of the engineering problem at hand, it is possible to access different functionalities within the same installation through dedicated modules (modeSPACE and modePROCESS) or directly in modeFRONTIER, according to the profile of the user. Esteco s.p.a is an independent software provider, highly specialized in numerical optimization and simulation data management with a sound scientific foundation and a flexible approach to customer needs. ESTECO technology brings modularity, ease of use, standardization, and innovation to the engineering design process. Product: ESTECO modeFRONTIERVersion: 2020 R3Supported Architectures: x64Website Home Page : www.esteco.comLanguage: englishSystem Requirements: PC *Size: 646.3 mb购买后，将显示帖子中所有出售内容。
若发现会员采用欺骗的方法获取财富,请立刻举报,我们会对会员处以2-N倍的罚金,严重者封掉ID!
此段为出售的内容，购买后显示
关于激活软件安装完成后，替换modeFRONTIER2020默认路径C:\Program Files\ESTECO
微博帐号登录