ANSYS Workbench 17.0有限元分析從入門到精通（實戰案例版）（CAD/CAM/C 下載 mobi epub pdf 電子書 2025

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ANSYS
Workbench
有限元分析
FEA
CAD
CAM
CAE
工程仿真
實戰案例
入門教程
結構力學

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齣版社：中國水利水電齣版社

ISBN：9787517057031

版次：1

商品編碼：12280533

包裝：平裝

開本：16

齣版時間：2018-01-01

用紙：膠版紙

頁數：400

具體描述

産品特色

內容簡介

《ANSYS Workbench 17.0有限元分析從入門到精通（實戰案例版）》是一本ANSYS Workbench視頻教程，也是一本ANSYS Workbench網格劃分教程，以17.0版本為依據，對ANSYS Workbench分析的基本思路、操作步驟、應用技巧進行瞭詳細介紹，並結閤典型工程應用實例詳細講述瞭ANSYS Workbench的具體工程應用方法。

《ANSYS Workbench 17.0有限元分析從入門到精通（實戰案例版）》前9章為操作基礎，詳細介紹瞭ANSYS Workbench分析全流程的基本步驟和方法，具體內容包括ANSYS Workbench 17.0基礎、項目管理、DesignModeler圖形用戶界麵、草圖模式、三維特徵、高級三維建模、概念建模、一般網格控製和Mechanical簡介。後9章為專題實例，按不同的分析專題講解瞭各種分析專題的參數設置方法與技巧，具體內容包括靜力結構分析、模態分析、隨機振動分析、屈麯分析、諧響應分析、響應譜分析、結構非綫性分析、熱分析和優化設計。基礎知識和專題案例相結閤，知識掌握更容易，學習更有目的性。

《ANSYS Workbench 17.0有限元分析從入門到精通（實戰案例版）》適用於ANSYS軟件的初中級用戶，以及有初步使用經驗的技術人員；本書可作為理工科院校相關專業的高年級本科生、研究生及教師學習ANSYS軟件的教材，也可作為從事結構分析相關行業的工程技術人員使用ANSYS軟件的參考書。

作者簡介

天工在綫是一個CAD/CAM/CAE方麵集技術研討、工程開發、培訓谘詢和教材開發的工程人員協作聯盟。

天工在綫的負責人由 Autodesk中國認證考試管理中心首席專傢、技術總監、Autodesk全球認證講師擔任，全麵負責Autodesk中國認證考試大綱的製定、題庫建設、技術谘詢和師資力量的培訓工作。

天工在綫的成員精通Autodesk係列軟件，具有豐富的使用經驗和實踐經驗。其創作的CAD/CAM/CAE類圖書實例豐富、注重實踐、通俗易懂，不但對高校傳統教材是有力的補充，而且備受讀者歡迎，在國內同類圖書銷售中長期名列前茅

Finite Element Analysis with ANSYS Workbench 17.0: A Comprehensive Guide for Beginners to Experts (Practical Case Studies Edition) Embark on Your Journey into the World of Finite Element Analysis with ANSYS Workbench 17.0 The relentless pursuit of innovation and optimization in engineering demands sophisticated tools that can accurately predict the behavior of complex systems under various conditions. Finite Element Analysis (FEA) stands at the forefront of this technological revolution, offering engineers and designers the power to simulate and analyze physical phenomena with unprecedented precision. ANSYS Workbench 17.0, a leading platform in the FEA landscape, empowers users to tackle a vast spectrum of engineering challenges, from structural integrity and thermal performance to fluid dynamics and electromagnetic fields. This comprehensive guide, Finite Element Analysis with ANSYS Workbench 17.0: A Comprehensive Guide for Beginners to Experts (Practical Case Studies Edition), is meticulously crafted to be your trusted companion on your FEA journey. Whether you are a student venturing into the realm of computational mechanics, a practicing engineer seeking to enhance your simulation skills, or a seasoned professional aiming to deepen your expertise with the latest ANSYS Workbench capabilities, this book offers a structured, progressive, and highly practical learning experience. What This Book Is NOT: This book is not a superficial overview of FEA or a mere regurgitation of software menus. It deliberately avoids presenting generic, disconnected examples that lack real-world context. You will not find abstract theoretical discussions divorced from practical application, nor will you encounter simplified scenarios that fail to represent the complexities encountered in actual engineering projects. Furthermore, this guide does not present information that is outdated or superseded by later versions of ANSYS Workbench, ensuring you are learning with current and relevant techniques. It is crucial to understand that this book focuses exclusively on the robust functionalities and methodologies within ANSYS Workbench 17.0, and does not extend to other simulation software or unrelated engineering disciplines that are not directly integrated into or supported by this specific version of ANSYS Workbench. The emphasis remains firmly on leveraging ANSYS Workbench 17.0 for FEA. What This Book IS: A Deep Dive into Practical FEA with ANSYS Workbench 17.0 This book is a testament to the power of hands-on learning. It is built upon a foundation of carefully selected, real-world engineering problems that exemplify the diverse applications of FEA. Each case study is more than just an example; it is a carefully constructed learning module designed to guide you through the entire FEA workflow, from problem conceptualization and geometry preparation to meshing, setup, solution, and post-processing. Key Pillars of This Guide: Progressive Learning Pathway: The book is structured to cater to all skill levels. It begins with fundamental concepts of FEA and the user interface of ANSYS Workbench 17.0, gradually progressing to more advanced techniques and complex problem-solving scenarios. Each chapter builds upon the knowledge acquired in the previous ones, fostering a deep and intuitive understanding. Real-World Case Studies: The heart of this guide lies in its extensive collection of practical case studies. These are not hypothetical problems but are inspired by common challenges faced in industries such as automotive, aerospace, manufacturing, civil engineering, and biomechanics. Each case study will illuminate specific FEA techniques and their application to solve tangible engineering issues. Examples include: Structural Analysis: Investigating stress concentrations in mechanical components under static and dynamic loads, analyzing the buckling behavior of slender structures, performing modal analysis to understand vibration characteristics, and conducting fatigue analysis to predict component lifespan. Thermal Analysis: Simulating heat transfer in electronic devices, analyzing thermal stress in engine components, and optimizing cooling systems. Fluid Dynamics (CFD) Integration: While the primary focus is FEA, the book will demonstrate how to integrate with ANSYS Fluent or CFX modules within the Workbench environment for coupled simulations, allowing for analysis of fluid-structure interaction. Electromagnetic Analysis: Exploring the principles of electromagnetic field simulation, vital for designing motors, antennas, and other electromagnetic devices. Comprehensive Workflow Coverage: You will be guided through every stage of the FEA process within ANSYS Workbench 17.0: Geometry and Preprocessing: Techniques for importing, creating, and preparing complex CAD models for simulation, including defeature, clean-up, and material assignment. Understanding the importance of geometry simplification and its impact on analysis accuracy. Meshing Strategies: Mastering the art of creating high-quality finite element meshes. This includes understanding different element types, meshing algorithms, mesh refinement techniques, and convergence studies to ensure accurate results. The book will cover both automatic and manual meshing approaches. Analysis Setup: Detailed explanations of defining boundary conditions, loads, and material properties. This section will delve into various analysis types (static structural, transient structural, modal, harmonic, buckling, thermal, etc.) and their specific setup requirements. Solver and Solution: Understanding the underlying numerical methods and solver settings. Techniques for monitoring solution convergence and identifying potential issues. Post-processing and Interpretation: Extracting meaningful results from simulations. This includes visualizing stresses, strains, displacements, temperatures, and other relevant quantities. Learning to interpret these results in the context of engineering requirements and making informed design decisions. Verification and Validation: Emphasizing the critical importance of verifying simulation results through analytical methods and validating them against experimental data where possible. ANSYS Workbench 17.0 Specifics: The book is tailored to the user interface and functionalities of ANSYS Workbench 17.0. You will learn to navigate the Project Schematic, leverage the PowerSolver, and utilize the integrated nature of Workbench to streamline your simulation workflows. Specific modules and their roles in the FEA process will be clearly explained. Beyond the Basics: As you progress, the book will introduce advanced topics such as: Non-linear Analysis: Tackling problems involving material non-linearity, geometric non-linearity, and contact non-linearity. Transient Analysis: Simulating time-dependent phenomena, such as dynamic impacts, thermal transients, and vibration response over time. Optimization Studies: Integrating ANSYS Workbench with optimization tools to systematically improve designs based on simulation results. Parametric Studies: Efficiently exploring the design space by varying input parameters and observing their impact on performance. Best Practices and Troubleshooting: Sharing practical tips, common pitfalls to avoid, and strategies for troubleshooting simulation issues. Who Will Benefit from This Book? Undergraduate and Graduate Students: Providing a solid foundation in FEA principles and practical application using industry-standard software. Mechanical, Civil, Aerospace, and Materials Engineers: Enhancing their ability to perform complex simulations, optimize designs, and predict product performance. Design Engineers and Product Developers: Gaining the confidence to use FEA in the early stages of design to reduce prototyping costs and accelerate innovation. Researchers and Academics: Providing a practical reference for conducting advanced FEA studies and exploring novel engineering solutions. Anyone interested in mastering Finite Element Analysis with ANSYS Workbench 17.0. A Commitment to Practical Mastery: This book is more than just a manual; it's a roadmap to achieving mastery in finite element analysis using ANSYS Workbench 17.0. Through a rigorous, case-study-driven approach, you will develop the critical thinking skills and practical expertise necessary to confidently tackle real-world engineering problems. Prepare to transform theoretical knowledge into tangible solutions and elevate your engineering capabilities to new heights. Join us on this transformative journey and unlock the full potential of ANSYS Workbench 17.0 for your engineering endeavors.

用戶評價

評分☆☆☆☆☆

這本書簡直是我學習有限元分析的“救星”！在遇到它之前，我對ANSYS Workbench 17.0完全是一竅不通，感覺那些復雜的界麵和選項像天書一樣。翻開這本書，我驚喜地發現，作者用一種非常接地氣的方式，從最基礎的概念講起，一步一步地引導我進入這個世界。那些繁瑣的設置，在作者的細緻講解下，變得清晰明瞭。尤其是書中大量的實戰案例，簡直太有幫助瞭！不再是枯燥的理論堆砌，而是通過一個個真實場景的模擬，讓我能夠親手操作，感受有限元分析的魅力。從簡單的結構分析到更復雜的瞬態分析，書中的案例覆蓋麵很廣，而且每一個案例都配有詳細的步驟和圖示，讓我跟著做的時候，仿佛身邊就有位經驗豐富的老師在指導。我最喜歡的是，這本書沒有一上來就拋齣高深的理論，而是循序漸進，讓你在實踐中學習，在解決問題中進步。以前覺得有限元分析很難，現在覺得，隻要跟著這本書的節奏來，完全可以掌握。

評分☆☆☆☆☆

我必須說，這本書的“精通”之路，真的是由淺入深，循序漸進的。最開始我隻是抱著試試看的心態，因為市麵上這類技術書籍很多，但我總是覺得要麼太理論化，要麼案例不夠貼近實際。這本書完全打破瞭我的認知！它並沒有把重點放在羅列枯燥的菜單和選項上，而是巧妙地將理論知識融入到一個個引人入勝的實戰案例中。作者對於ANSYS Workbench 17.0的理解，以及如何將其應用到工程實際中，都有非常獨到的見解。書中的案例選擇都非常有代錶性，涵蓋瞭機械工程、材料科學等多個領域，能夠讓你在學習過程中，感受到有限元分析在解決實際工程問題中的強大能力。我特彆欣賞書中對模型建立、網格劃分、載荷施加以及結果後處理等關鍵步驟的詳細闡述，並且作者會給齣很多實用的技巧和注意事項，這些都是在官方文檔或者其他書籍中難以找到的寶貴經驗。跟隨書中的步驟操作，我不僅學會瞭如何使用軟件，更重要的是，我開始理解瞭每一個操作背後的物理意義和工程原理。

評分☆☆☆☆☆

這本書的齣版，對於許多希望掌握ANSYS Workbench 17.0進行工程仿真的讀者來說，無疑是一個福音。我個人認為，這本書最大的亮點在於它強調“實戰”的重要性。在學習過程中，我感覺自己不是在被動地接受信息，而是在主動地探索和解決問題。書中的案例不僅貼近實際工程需求，而且作者在講解過程中，還會分享一些自己多年的實踐經驗和心得體會，這使得整本書讀起來非常生動有趣，充滿啓發性。我曾經在工作中遇到過一些難以解決的仿真難題，在學習瞭這本書之後，我找到瞭解決思路，並且能夠運用ANSYS Workbench 17.0進行有效的分析。書中對後處理部分的講解也十分到位，不僅僅是展示結果，更重要的是教你如何從結果中提取有價值的信息，並做齣科學的判斷。這本書為我打開瞭有限元分析的大門，讓我對未來的工程仿真工作充滿瞭信心。

評分☆☆☆☆☆

這本書的特點在於它不僅僅是“教你用”，更是“教你懂”。我之前接觸過一些ANSYS的教程，但總感覺它們停留在操作層麵，讓我成為一個“按鍵機器人”，而缺乏對原理的深入理解。這本書完全不同，它在講解操作步驟的同時，穿插瞭大量的理論解釋，而且這些理論都是經過提煉和簡化的，不會讓你感到晦澀難懂。作者善於用生動形象的比喻來解釋抽象的物理概念，例如關於單元、節點、邊界條件等，讓我能夠快速建立起直觀的認識。書中的案例設計也非常巧妙，它們往往從小問題入手，逐步過渡到復雜的問題，讓你在解決簡單問題的過程中，鞏固基礎，然後在解決復雜問題的過程中，學習更高級的技術。我尤其喜歡書中對“為什麼”的解答，而不是簡單地告訴“怎麼做”。這種深入淺齣的講解方式，讓我覺得有限元分析不再是遙不可及的知識，而是可以掌握的實用技能。

評分☆☆☆☆☆

作為一個有一定工程背景的讀者，我發現這本書在理論深度和實踐廣度上找到瞭一個絕佳的平衡點。我不是完全的初學者，但也從未深入接觸過ANSYS Workbench 17.0，這本書恰好填補瞭我在這方麵的空白。它沒有迴避一些技術細節，比如不同單元類型的選擇、網格質量的評估以及收斂性分析等，但同時又能將其與實際案例緊密結閤，讓你在解決具體問題的同時，去理解這些理論的重要性。我非常欣賞書中對復雜模型的處理技巧，以及如何優化分析設置以獲得更準確和高效的結果。書中的圖文並茂，不僅有軟件界麵的截圖，還有很多剖麵圖、變形圖等，這些可視化元素極大地增強瞭我的理解能力。讀完這本書，我感覺自己已經能夠獨立完成一些中等復雜度的有限元分析項目，並且對如何解讀和驗證分析結果有瞭更清晰的認識。

評分☆☆☆☆☆

一般般。價格感覺貴瞭。看看再追加評論

評分☆☆☆☆☆

書收到瞭，紙好薄，裏麵內容還沒看！

評分☆☆☆☆☆

還沒看，入門級的書，是正版的

評分☆☆☆☆☆

相信京東的服務態度，給力值得信賴

評分☆☆☆☆☆

一般般。價格感覺貴瞭。看看再追加評論

評分☆☆☆☆☆

非常感謝京東商城給予的優質的服務，從倉儲管理、物流配送等各方麵都是做的非常好的。送貨及時，配送員也非常的熱情，有時候不方便收件的時候，也安排時間另行配送。同時京東商城在售後管理上也非常好的，以解客戶憂患，排除萬難。給予我們非常好的購物體驗。c