Ansys Granta Selector材料选择软件助您实现创新、解决材料问题、降低成本并验证您的材料选择。为您的应用选择最佳材料，然后导出可用于仿真的材料数据。
制定明智的材料决策，并自信地传达结果。
使用正确的材料来提高性能、降低风险和成本，同时提高客户满意度。Ansys Granta Selector为制定的智能决策提供了强大的工具和广泛的材料选择数据库。受工程师和材料专家信任，快速找到适合任何应用的最佳材料，然后直接导出材料属性数据。
规格快览
Ansys Granta Selector的系统性材料选择方法让您能够对属性进行比较、可视化和设定限制，平衡竞争性能要求，并快速消除不适合的备选项。找到合适的等级、标准和供应商，并对您的结果充满自信 。
File Size: 1.7 GB
ANSYS GRANTA Selector provides a wide range of tools for rational selection of materials. Using interactive diagrams and comparison tools, the user can apply constraints on key properties, find a compromise between competing performance requirements, and systematically find the best candidate materials for use in products. Each project enables the creation of clear material selection reports, comparison tables and graphs to support decision making and clearly communicate conclusions.
Combined with the extensive catalog of material property data in MaterialUniverse, a unique dataset curated by experts, the tools enable comparative comparisons across the entire spectrum of material properties. Specialized datasets cover thousands of individual material standards, specifications, suppliers, and grades, as well as temperature-dependent curve data for advanced modeling. Included are metals, polymers, composites, medical materials, coatings, aerospace materials, and more.
GRANTA Selector combines intelligent, systematic material selection and material data to find the right questions about materials to ask product developers and then provide comprehensive answers.
Advantages
– Selecting the right materials the first time early in product development, avoiding subsequent costs and delays.
– Confidence in conclusions and generation of new ideas through systematic, exhaustive search for material options.
– Consideration of material characteristics along with factors such as cost, risk of using prohibited substances and environmental impact.
– Easily evaluate a full range of engineering materials for any application with comprehensive, interconnected data sets – choosing the right material, grade and supplier.
– Export to a variety of third-party CAD/CAE programs or transfer simulation-ready engineering data into ANSYS Workbench using an integrated workflow.
Possibilities
– Rational selection of materials
Simple selection tools help to identify the best materials for the structure. Comparison, visualization and setting of limitations on properties. Search for specific brands and suppliers.
– Find Similar Materials
Quick and easy tools to identify materials with a similar property profile to a “reference” material. Solve supply, regulatory or cost issues.
– Comprehensive Materials Data
A vast array of interconnected materials data sets. Detailed information on metals, polymers, composites, coatings, medical materials, aerospace materials, and more.
– Evaluation of hybrid materials
Obtaining properties of material combinations and using them to select materials or create your own models of synthetic hybrid materials.
– Cost Estimation
Estimating production costs at the conceptual design stage. Taking into account materials, production methods and batch size.
– Environmental design audit
Assessing the impact of a product on the environment and providing recommendations to reduce this impact.
– FE Export and ANSYS Workbench Integration
Easily transfer simulation-ready engineering data into ANSYS Workbench as part of an integrated workflow or export data to a variety of third-party CAD/CAE software solutions
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