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 the fundamental skills and concepts of routing including how to create piping, tubing, electrical ducting, cable tray, and HVAC routes.
The goal of this course is to introduce you to the SOLIDWORKS Application Programming Interface (API). The API is used to automate redundant and lengthy design tasks using SOLIDWORKS software and to create completed engineering applications that can run both inside and outside of the SOLIDWORKS application.
インパクトのあるコンテンツとエクスペリエンスを通してイマジネーションを現実化することで、商品のデザインやマーケティングを向上しましょう。 SOLIDWORKS Visualize を使用すると、だれもがプロフェッショナルな写真画質のイメージ、アニメーション、その他の 3D コンテンツを、可能な限りすばやく簡単に作成できます。 インポート プロセスを理解して、Visualize プロジェクトをセットアップする。 ユーザー インターフェースと、よく使用される機能をマスターする。 新しい外観を作成、調整、および追加する。 環境、光、およびバックプレートを管理する。 あらかじめセットされたカメラ フィルタを使用するか、カスタムのカメラ設定を作成する。 SOLIDWORKS Visualize のイメージおよびビデオ出力オプションを使用して、写真画質のコンテンツを作成する。
Complete this learning path to learn more about the fundamentals of 3D Modeling and 2D Constraints functionalities available in the DraftSight Premium and Enterprise Plus products exclusively. Learn more at: https://www.draftsight.com
Learn about some of the basic functionalities of SOLIDWORKS Electrical. Become familiar with the SOLIDWORKS Electrical user interface, learn how to work with projects, create different types of schematic drawings, add symbols and components, connect them using wires and cables, and use macros and black boxes to expedite your design work.
Learn about SOLIDWORKS Flow Simulation, which enables anyone to simulate a wide range of real world problems involving dynamics of fluids. Understand how to setup a Flow Simulation project, get familiar with the user interface, prepare assemblies for fluid simulations, define boundary conditions, goals and other important parts of the project, mesh geometries using both automated and manual approaches, postprocess results, and much more.
Learn about how SOLIDWORKS Simulation can help you analyze the nonlinear static structural behavior of your part and assembly models. Review the basic functionality, review the difference between small linear displacement and large nonlinear displacement, use force control and displacement control methods, and see the effects of material nonlinearity and mesh quality on the stress results.
This learning path is designed to help new administrators get started with SOLIDWORKS PDM Standard. The learning path includes modules to help administrators: Understand the components that comprise PDM Standard. Install PDM Standard. Create a PDM vault and a client local view. Use PDM operations to validate the vault. Create Users and Groups, and assign permissions. Perform a complete backup of a PDM Standard vault.
SOLIDWORKS Treehouse にアセンブリをインポートして、変更を加える方法を学習します。 アセンブリの構成部品のユーザー定義の特性、数量、抑制状態を編集する。 SOLIDWORKS Treehouse でアセンブリにサブアセンブリと部品を追加する。 SOLIDWORKS でアセンブリを開き、SOLIDWORKS Treehouse で行った変更を確認する。
Import 2D PDFs or 2D/3D CAD Files to start creating your inspection reports: Import additional files. Navigate between all the files of your project. Organize your project.
Define default tolerance values to ensure manufactured product falls within specification as drawings often don't have explicit tolerance values associated with them: Manually edit tolerance value. Set default tolerances.
Customize your inspection projects balloons to highlight different aspect of your parts or different classifications: Change the color, text size, and balloon shape. Add/Remove prefix and suffix. Set balloon customization at the document level or in a template.
Digger ツールは、SOLIDWORKS Composer の特許技術です。内部構成部品やメカニズムを確認するために、部品を拡大表示したり、部分拡大図を作成したり、アクターをフェードアウトしたりできます。Digger ツールを使用すると、アセンブリの内部構成部品の部分拡大図を簡単に作成できます。アセンブリ内のアクターを手動で非表示にする必要がありません。さらに、このツールは部品やアセンブリの特定の部分を拡大表示できるため、アクターとアセンブリについてより理解できるようになります。 このレッスンでは、Digger ツールを使用して、アセンブリの外部領域と一部の内部領域の両方の部分拡大図を複数作成する方法を説明します。
Use the New Avoid Area command on an operation to designate an area not to be machined. Create avoid areas on a face mill operation using the 2D sketches in the part. Examine the avoid areas by expanding the face mill operation.
Use the Coordinate System command to define and assign a Fixture Coordinate System for the active machine. Select the method for defining coordinate system. Define and select a coordinate system. Examine the option for creating a SOLIDWORKS coordinate system.
Create operation plans to define the tools and operations for machining the parts features. Generate operation plans for all machinable features. Review the operations in the CAM Operation Tree. Examine an individual operation strategy, tool selection and operation information. Review and resolve operation warnings.
Create operation plans to define the tools and operations for machining the parts features. Generate operation plans for all machinable features. Review the operations in the CAM Operation Tree. Examine an individual operation strategy, tool selection and operation information. Review and resolve operation warnings.
Run a toolpath simulation to examine material removal. Run a toolpath simulation. Control the toolpath simulation. Utilize display options.
Reorder operations manually to optimize the machining workflow. Perform manual operation reordering via drag and drop. Reorder multiple features using multiselect.
Use the Sort Operations command to automatically reorder operations. Examine sort operations process options. Set sort by order for operation type.
Use the Edit Definition command to modify roughing operations. Change pocketing pattern. Set side parameters. Set depth parameters.
Duplicate dimensions are often grouped together on a drawing but might need to be inspected separately: Extract and identify the quantity. Change the quantity. List characteristics separately.
