The following course relates to the features found in SOLIDWORKS Electrical Schematic, each modules provides insight into how to best leverage the available tools to achieve results.
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.
In this course you will learn how to solve fluid flow and heat transfer problems using SOLIDWORKS Flow Simulation. SOLIDWORKS Flow Simulation is an easy to use computational fluid dynamics software package.
The goal of this course is to teach you how to use the Mold Tools in SOLIDWORKS. In addition, manual surface modeling techniques will be introduced which can assist with solving mold making problems.
The goal of this course is to explore many of the surfacing features inside SOLIDWORKS. Along with how to create and apply these surfacing features, additional features and methods commonly used in ergonomic and industrial designed models are also introduced.
The goal of this course is to teach you to create Weldment parts and drawings in SOLIDWORKS. Weldment functions are designed for modeling structural members and are especially useful for creating frames and woodworking projects.
本模块是 SOLIDWORKS MBD 概述。 它介绍了在 3D 中定义模型、捕获 3D 视图以及发布 3D PDF 和 eDrawings 文件的流程。 了解如何在 3D 中将产品制造信息 (PMI) 添加到模型。 使用阵列特征工具创建集合阵列。 熟悉 3D PDF 模板编辑器。 如何发布 3D PDF。 如何发布 eDrawings 文件。
SOLIDWORKS Routing is a unique application that combines the power of standard SOLIDWORKS files and features, such as parts, assemblies, drawings, and 3D sketches with routing-specific files like routing components and route sub-assemblies, to model 3D routed systems. This course focuses on the fundamental skills, concepts, and techniques central to creating and editing electrical routes.
When significant structural deformations, high stresses or complex contacts exist in applications, limitations of the static linear study are likely going to be reached. In such situations nonlinear computational algorithms need to be utilized. In this course, you will learn about the basic types of nonlinearities, and how to approach their solutions.