訓練目錄
As designers, we're constantly expected to create products faster, better... cheaper. With design requirements continually getting more complex, we have to make sure we are using the right tools and the right technology to get our jobs done. SOLIDWORKS Simulation allows you to gain valuable insights into the performance of your designs to optimize and refine your geometry early in the design process. The lessons in this short learning path introduces you to the SOLIDWORKS simulation process in 4 steps: o Simplifying Geometry: An essential step in FEA simulation to reduce the scope of the analysis and target required results o Material Selection: Take a look into the SOLIDWORKS Material Database to understand how to define materials and even create new materials from scratch o Physical Working Conditions: Add Boundary Conditions to your Simulation Model to simulate the realistic loading and fixture environment of your parts and assemblies o Reviewing Results and Driving a Design Change: Use Simulation results to drive a design change to create a stronger and lighter design. After completing these lessons, we challenge you to try SOLIDWORKS Simulation on your own, and improve your designs by having a deeper insight into their real world behavior.
intros
20 天 前
Use Simulation results to drive a design change to create a stronger and lighter design.
Lesson
20 天 前
ENG
Add boundary conditions to your Simulation model to simulate the realistic loading and fixture environment of your parts and assemblies.
Lesson
20 天 前
ENG
Start here to learn what is covered in this Learning Path on SOLIDWORKS Simulation Standard.
Lesson
20 天 前
ENG
Learn about this essential step in FEA simulation to reduce the scope of the analysis and target required results.
Lesson
20 天 前
ENG
Take a look into the SOLIDWORKS Material Database to understand how to define materials and even create new materials from scratch.
Lesson
20 天 前
ENG
瞭解將程序輸入 SOLIDWORKS Visualize 是有效工作的基本條件,並可由輸入設定和原始 CAD 檔案的組織加以控制。 瞭解針對不同工作流程設定 Visualize 專案的兩個常見輸入設定;一個可讓使用者快速輕鬆地使用模型,另一個可使用模型分組執行即時更新並獲得更多彈性。 瞭解如何最妥善地準備 CAD 檔案以獲得所要的 Visualize 體驗。 瞭解如何選擇適合的輸入設定,將模型有效地輸入 Visualize。 利用 CAD 即時更新讓設計程序順暢無礙。
Lesson
1 月 前
ENG
FRA
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JPN
ESP
CSY
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CHT
Animations provide an extra visual representation of how an assembly can be put together, taken apart, and shows the order in which parts are added. Animations compliment exploded views incredibly well and help manufacturers and assemblers understand exactly how the components come together. Animations also serve as a great marketing tool, as they can show off the complexities of the design as well as how refined the final product is. In this lesson, an Animation will be created in SOLIDWORKS Composer by exploding additional components in this assembly.
Lesson
4 月 前
ENG
In this course, you will learn how SOLIDWORKS Plastics can be used to solve many of the common issues that affect plastic part designers and mold makers.
eCourse
4 月 前
ENG
Convert non-SOLIDWORKS data to “intelligent” native SOLIDWORKS features using FeatureWorks. Automate the conversion of imported parts into SOLIDWORKS features. Convert specific features interactively. Use Volume features to recognize geometry that does not match any other feature type. Convert imported sheet metal parts into SOLIDWORKS features. Convert imported assemblies and multibody parts into feature-based, parametric models.
Learning Path
5 月 前
Convert imported assembly and multibody geometry into SOLIDWORKS feature-based, parametric models. Recognize imported assembly geometry as multiple parts. Use Edit Feature to recognize only selected features from the part. Use child features to recognize multiple features with a single selection.
Lesson
5 月 前
ENG
Convert imported sheet metal part geometry into SOLIDWORKS feature-based, sheet metal, parametric models. Recognize common sheet metal features such as Base Flanges and Sketched Bends. Flatten the result to view the flat pattern. Use a hybrid approach combining the automatic and interactive methods.
Lesson
5 月 前
ENG
Use Volume features to recognize geometry that does not match any other feature type. The volume feature can be replaced with a standard SOLIDWORKS feature. Recognize volume features. Recognize boss and cut revolve features. Use the Up To Face option with cut extrudes. Replace volume features with standard cut features. Edit the mapped features.
Lesson
5 月 前
ENG
Control the conversion of imported part geometry into a SOLIDWORKS feature-based parametric model by converting specific features interactively. Interactively convert feature types. Convert features types that cannot be used with automated methods. Recognize multiple similar features at the same time. Re-recognize geometry and change it to a different type. Add patterns from the list of recognized features.
Lesson
5 月 前
ENG
Automate the conversion of imported part geometry into a SOLIDWORKS feature-based, parametric model. Open an imported data file in SOLIDWORKS. Use the Import Diagnostics tool to repair imported geometry. View the FeatureWorks options. Use the Automatic feature Recognition Mode. Map the features to the part model. Guide the Automatic Recognition Mode for the best results.
Lesson
5 月 前
ENG
In this course, you will learn the fundamentals of the SOLIDWORKS PDM Professional Application Programming Interface (API). The API is used to automate tasks as well as to add functionality to a SOLIDWORKS PDM Professional vault through the creation of standalone programs and add-in applications.
eCourse
5 月 前
ENG
不只是靜態影像,SOLIDWORKS Visualize 還能輸出動畫影片。 熟悉(動畫時間軸)設定,以產生零件,模型,攝影機,外觀和更多項目的動畫。 探索(動畫時間軸)及其選項。 瞭解如何以不同方式來加入和操控關鍵畫格。 瞭解(輸出工具)選項,從您的 Visualize 動畫產生影片。 可在 Visualize Professional 中使用。
Lesson
5 月 前
ENG
FRA
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ESP
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使用預設的攝影機濾鏡,或是產生自訂的(攝影機後處理)設定,以突顯您的影像和動畫。 使用為相片優化的攝影機效果 (如光暈和景深),增添影像的真實感。 快速加入預設的攝影機濾鏡,以突顯您的內容。 透過(攝影機後處理)設定產生自訂的攝影機濾鏡,以提升控制能力。 加入進階攝影機效果,如光暈和景深。 使用(區域影像計算),只選擇要呈現的視埠部分。
Lesson
5 月 前
ENG
FRA
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JPN
ESP
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模型組態可讓您在單一 Visualize 專案中比較若干不同的設計方向。 本課程說明如何輕鬆產生變動外觀,攝影機設定,全景或零件顯示狀態的模型組態,以產生若干設計方向,讓您更容易選擇最終解決方案。 為變動的設計方向產生多個組態。 使用(基本模型組態)來變更所有現有模型組態。 使用單一按鈕即可呈現所有模型組態。 可在 Visualize Professional 中使用。
Lesson
5 月 前
ENG
FRA
DEU
JPN
ESP
CSY
ITA
KOR
PLK
PTB
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瞭解在基準面或平坦面上開始製作草圖的差異。 在參考基準面上產生第一個 2D 草圖輪廓。 在零件的平坦模型面上產生其他 2D 草圖輪廓。
Lesson
5 月 前
ENG
使用草圖限制條件和尺寸來完整定義草圖。 瞭解草圖的狀態為不足定義,完全定義或過多的定義。 評估草圖以判斷其不足定義的原因。
Lesson
5 月 前
ENG
將拔模加入鑄造及成型零件。 瞭解您可產生的各類型拔模特徵。 執行「拔模分析」以決定哪些面需要加入拔模。
Lesson
5 月 前
ENG
使用(薄殼)功能來挖空實體本體。 將不同的薄壁厚度套用至選擇的面。 選擇要在薄殼操作中移除的多個面。 瞭解薄殼操作對圓角和圓形邊線的影響。
Lesson
5 月 前
ENG
使用最小草圖幾何來產生可強化薄壁零件的肋材特徵。 瞭解產生肋材特徵的各種選項。 使用簡單及複雜的草圖來產生肋材特徵。
Lesson
5 月 前
ENG