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Ansys Additive Suite

Comprehensive Additive Manufacturing Solution

With Ansys Additive Suite, users have access to all Additive tools, including Additive Prep, Additive Science and Workbench Additive.

 

A TOTAL WORKFLOW SOLUTION

Critical insights required for a successful Additive Manufacturing workflow

A comprehensive solution for designs, engineers and analysts, Ansys Additive Suite spans the entire workflow – from design for additive manufacturing (DfAM) through validation, print design, process simulation and exploration of materials.

Additive Suite includes Additive Prep and Science tools, in addition to access to Ansys Workbench Additive.

  • Check icon outline
    Design for Additive Manufacturing (DfAM)
  • Check icon outline
    Directed Energy Deposition
  • Check icon outline
    Powder Bed Fusion
  • Check icon outline
    Metal Sintering

快速规格

Ansys Additive Suite是一款综合全面的工作流程解决方案,能够为设计人员、工程师和分析师提供所需的关键洞察力。从增材制造(DfAM)设计到验证、打印设计等,该解决方案涵盖整个工作流程,有助于避免制造故障并交付设计准确的部件。

  • Topology and Lattice Optimization
  • Comprehensive inlet and outlet condition
  • Metal PBF Process Simulation
  • Distortion Compensation
  • Build Failure Prediction
  • Material Analysis
  • Melt Pool, Porosity and Microstructure Predictions
  • Design Validation
  • Structural and Thermal Analysis
  • Structural and Thermal Analysis
  • Process Simulation
  • Material Analysis

ADDITIVE SUITE CAPABILITIES

A Powerful Simulation Solution for Metal Additive Manufacturing

Avoid build failure and create parts that accurately conform to design specifications with Ansys Additive Suite. Delivering critical insights for designers, engineers and analysts, this comprehensive solution spans the entire workflow.

With Additive Suite, users gain access to Additive Prep and Science tools, in addition to Ansys Workbench Additive.

Ansys Additive Suite is available as an add-on to the Ansys Mechanical Enterprise license.

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Key Features

Enhance your Additive Manufacturing with:

  • Topology Optimization
  • STL File and Geometry Manipulation
  • Structural and Thermal Analysis and Design Validation
  • Additive Process Simulation
  • Additive Science
  • Power Bed Fusion (PBF)
  • Direct Energy Deposition (DED)
  • Metal Sintering
  • Machine Learning (ML) Thermal Strain

通过拓扑优化,用户可以获得为任何应用设计耐用、轻量化组件所需的工具。轻松定义目标并应用控制,以确保满足要求、设置最小材料厚度并定义排除区域。

利用STL文件和几何模型操作,可实现几何结构修复、晶格创建以及利用软件的小面数据工具进行部件清理。

利用完整的非线性和线性分析功能,以在各种场景下验证设计。热载荷和结构载荷条件均可用于了解性能和耐用性。

在使用内置功能打印之前预测部件形状、变形和应力。打印仿真功能专为熟悉此环境的用户而设计,简化了打印设置并解决了打印仿真任务难题。灵活性允许根据需要调整工作流程设置。

单独的应用,支持在设计阶段研究材料和最佳的机械参数。功能包括:

  • 增材制造部件的材料分析工具
  • 孔隙率预测
  • 微结构预测
  • 晶粒形态
  • 材料调整向导

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