Conheça alguns fundamentos sobre modelagem de peças no SOLIDWORKS. Compreenda a importância de escolher o plano certo para iniciar o esboço de uma peça. Analise as diversas opções de condições finais para recursos extrusados. Crie variáveis globais e equações para controlar os valores das dimensões. Use as configurações para representar diferentes versões das peças. Use tabelas de projeto para configurar e recursos. Reorganize recursos e edite esboços para editar peças. Analise e repare erros relacionados aos esboços. Adicione materiais a peças para calcular propriedades de massa, que serão usadas com o SOLIDWORKS Simulation, e para modificar a aparência das peças. Use as ferramentas de medição e propriedades de massa para avaliar o tamanho, o peso e outras características dos modelos.
Learn multiple methods for creating and using SOLIDWORKS File Properties.
Use the Property Tab Builder stand-alone utility to build a customized user interface, or ‘tab’, and add file properties. Create Custom or Configuration Properties. Choose from seven different types of controls. Take data from external sources such as text or Excel files.
Add new non-graphic properties to fully describe a SOLIDWORKS part, assembly, or drawing. Add Custom Properties using user-defined text and SOLIDWORKS special properties. Understand the downstream uses of properties in drawing annotations and tables. Use properties to select assembly components.
Get familiar with the Structural Designer role and understand the user interface of the Linear Structural Validation app. Learn how to access the Linear Structural Validation app from the 3DEXPEREINCE platform. Learn how to access the Linear Structural Validation app directly from the 3DEXPERIENCE SOLIDWORKS. Understand the key assumptions of the Linear Structural Validation app.
The Structural Designer role delivers linear static, natural frequency, buckling and steady-state thermal simulation capabilities for fast and efficient product testing experience. In this learning path, you learn how to access the role and the Linear Structural Validation app. You also learn how to perform a linear static analysis on a part and on an assembly.
Get familiar with the Structural Designer role and understand the user interface of the Linear Structural Validation app. Learn how to access the Linear Structural Validation app from the 3DEXPEREINCE platform. Learn how to access the Linear Structural Validation app directly from SOLIDWORKS using the Collaborative Designer for SOLIDWORKS role. Understand the key assumptions of the Linear Structural Validation app.
Learn the basics of SOLIDWORKS design, and build a SOLIDWORKS feature-based, parametric, solid model using sketches and features. Create a new sketch. Sketch geometry like lines and circles. Add relations and dimensions. Revolve and extrude sketches to create features. Shell to create a thin walled model. Test the design with dimensional changes.
Learn the basics of SOLIDWORKS assembly design, by opening an assembly and adding components and mates. Open an existing assembly. Insert components into an assembly. Mate components using common types. Understand degrees of freedom and show assembly motion. Open components from the assembly. Hide and show components.
Use Modify Configurations options to create and manage configurations in user-defined tables. Configure sketch and feature dimensions with Configure Dimension. Use Configure Feature to configure suppression of features. Configure the part material with Configure Materials. And, use Configure Component to configure the component suppression, fixed state, and configuration.
The Linear Structural Validation app is used to perform a linear static analysis on a simple part. The simulation is then run and the results are analyzed. Learn how to set up the linear static study. Apply fixtures, materials and loads. Run the simulation and analyze the model for stress and displacement. Generate and review the simulation report.
The Linear Structural Validation app is used to perform a linear static analysis on an assembly. The simulation is then run and the results are analyzed. Learn how to set up the linear static study on an assembly. Learn how to define connections. Refine the mesh. Run the simulation and analyze the assembly for stress and displacement.
This content is obsolete. It will not be updated and will be removed in the future when bookmarks have been updated. Please refer to the lessons in the Getting Started with the Structural Designer Role learning path for current content on simulation roles in the 3DEXPERIENCE Works portfolio.
This content is obsolete. It will not be updated and will be removed in the future when bookmarks have been updated. Please refer to the lessons in the Getting Started with the Structural Designer Role learning path for current content on simulation roles in the 3DEXPERIENCE Works portfolio.
This content is obsolete. It will not be updated and will be removed in the future when bookmarks have been updated. Please refer to the lessons in the Getting Started with the Structural Designer Role learning path for current content on simulation roles in the 3DEXPERIENCE Works portfolio.
This content is obsolete. It will not be updated and will be removed in the future when bookmarks have been updated. Please refer to the lessons in the Getting Started with the Structural Designer Role learning path for current content on simulation roles in the 3DEXPERIENCE Works portfolio.
In this course, you will learn about what types of dynamic environments exist and the tools available for their simulation. Dynamic problems can be computationally intensive. For that reason, dynamic loads are divided into several basic types. Each will call for a different simulation tool to treat it efficiently.
Learn multiple methods for creating SOLIDWORKS part and assembly Configurations, and related assembly Display States.
SOLIDWORKS includes a suite of specialized tools for surfacing, sheet metal, weldments, mold design, and routing. This learning path provides a brief introduction to these additional areas of the software.
Adicione tampas de extremidade para fechar aberturas nas extremidades dos componentes estruturais. Crie tampas de extremidade em arquivos de peças de soldagem. Defina os valores de offset e a forma da tampa de extremidade.
Adicione cantoneiras para reforçar e aumentar a estabilidade dos modelos soldados. Conheça as opções dos recursos de cantoneiras, incluindo formatos, espessuras e outras características nos perfis. Adicione cantoneiras entre dois componentes estruturais.
Aprenda a usar sistemas de grade, que são um tipo de geometria de referência, para representar o esqueleto dos componentes estruturais. Crie sistemas de grade para representar as linhas de centro dos elementos estruturais.
Use as tabelas de lista de corte para detalhes modelos de soldagens e importe informações de soldagem de modelos para vistas de desenhos. Adicione e modifique tabelas de lista de corte. Importe informações de solda de modelos para vistas de desenhos.
