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Creo 6.0從入門到精通

( 簡體 字)
作者:肖揚,張晟瑋,萬長成類別:1. -> 工程繪圖與工程計算 -> Creo Parametric
譯者:
出版社:電子工業出版社Creo 6.0從入門到精通 3dWoo書號: 53032
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NT定價: 400
折扣價: 376

出版日:6/1/2020
頁數:388
光碟數:0
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印刷:黑白印刷語系: ( 簡體 版 )
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ISBN:9787121391033
作者序 | 譯者序 | 前言 | 內容簡介 | 目錄 | 
(簡體書上所述之下載連結耗時費功, 恕不適用在台灣, 若讀者需要請自行嘗試, 恕不保證)
作者序:

譯者序:

前言:

PTC公司于1988年發布了Pro/ENGINEER軟件的第一版,以參數化和基于特征的三維建模為特點,經過三十多年的發展,軟件的名稱已經由Pro/ENGINEER變為Creo;從功能上,也已經由單純的三維設計建模發展到涉及產品設計、分析、制造、管理的全過程,包含CAD、CAM、CAE、CAID及可視化等應用。結合當前物聯網、智能制造體系下智能設計的趨勢,2019年5月發布的Creo 6.0引入了實時仿真新功能,擴展了增強現實(AR)和增材制造設計功能,以及眾多關鍵生產力的增強功能,連接了數字設計與物理產品,可幫助企業更快、更智能地設計面向未來的產品。
我國現在正處于制造業轉型升級的關鍵時期,要提高企業的競爭力,產品設計/制造/管理的高科技應用必不可少。物聯網技術、增材制造、智能制造等技術會大量地在企業應用,因此使用基于這些技術的Creo軟件進行產品的數字設計、分析、制造和管理是非常有必要的。廣大的工程技術人員及在校的學生都迫切需要熟練地掌握Creo軟件的使用方法和相關知識,這也正是本書的寫作目的。
本書基于廣大工程技術人員在具體的工程設計實踐中對Creo軟件的需求編寫,基本覆蓋了產品設計、分析、制造的全流程。對三維造型和CAD/CAM/CAE等的相關介紹清晰、實用,也適合高等院校相關專業的在校學生閱讀參考。

微信掃描二維碼
輸入提取碼jkxk獲取本書資源
全書共16章,主要介紹了二維草繪、零件建模、產品裝配、二維工程圖創建、機構運動分析與仿真、結構分析與優化設計及NC加工等模塊的功能和操作方法。在章節的安排上考慮了產品設計過程的順序和各模塊在建模過程中的使用頻率和難易程度。對于每個模塊,都首先介紹模塊的功能和命令的使用,然后通過大量實例讓讀者掌握軟件各模塊的功能和操作方法。書中實例都經過精心的挑選與設計,具有典型性和實用性。閱讀本書,按照示范步驟一步一步地操作,就可以很快、很容易地掌握Creo軟件的使用方法了。
本書附帶相關資源,包括書中所有實例的操作視頻、素材文件和最終結果,以方便讀者操作參考。讀者可通過輸入網址:https://pan.baidu.com/s/1rFNNYu3Za87GnKR_fGZ1Hg(提取碼:jkxk)或掃描右側二維碼,獲取資源。
本書由肖揚、張晟瑋、萬長成編著。在本書完成之際,感謝電子工業出版社的編輯、本書合作者和參與編寫工作的研究生們,謝謝大家的辛勤勞動和認真努力,才使出版想法最終變成了現實。
由于水平和條件所限,書中難免會有不足和疏漏之處,衷心希望讀者批評指正。
內容簡介:

Creo軟件是PTC公司的高端三維CAD/CAM/CAE軟件之一,本書以其最新版本Creo 6.0為基礎進行編寫,主要介紹了軟件的二維草繪、零件建模、產品裝配、二維工程圖創建、機構運動分析與仿真、結構分析與優化設計及NC加工等模塊的功能、操作方法和在工程中的實際應用。對于每個模塊,都首先介紹模塊的功能和命令的使用,然后通過大量的工程設計實例示范讓讀者掌握模塊的功能和操作方法。書中實例基于作者近三十年在工程設計領域中的軟件應用、教學、開發經驗,經過精心的挑選與設計,具有工程設計問題的典型性和實用性。閱讀本書,按照示范步驟一步一步地操作,就可以完成具體的設計任務,實現對軟件的快速掌握,從而可以進行常規工程產品的三維設計、分析、優化和制造了。本書內容全面,可作為工程技術人員掌握Creo應用技術的參考書籍,也可供高等院校工程設計、機械設計等相關專業學生學習參考。
目錄:

第 1 章 Creo 6.0 簡介·········································.1
1.1 Creo 6.0 概述··············································.2
1.2 Creo 6.0 的安裝··········································.4
1.3 設置 Creo 6.0 的啟動目錄 ·························.6
1.4 Creo 6.0 工作界面介紹 ······························.6
1.5 Creo 6.0 的基本操作··································.8
1.6 Creo 6.0 配置文件簡介 ······························11
第 2 章 二維草繪···············································.16
2.1 草繪簡介與草繪的基本過程 ···················.17
2.2 草繪界面與工具的使用···························.18
2.3 草繪例一··················································.33
2.4 草繪例二··················································.38
2.5 草繪例三··················································.41
2.6 練習題······················································.43
第 3 章 拉伸類零件的建模································.45
3.1 拉伸命令簡介 ··········································.46
3.2 底座的建模 ··············································.48
3.3 底殼的建模 ··············································.55
3.4 托架的建模 ··············································.60
3.5 直齒圓柱齒輪的建模·······························.69
3.6 練習題······················································.77
第 4 章 旋轉類零件的建模································.80
4.1 旋轉命令簡介 ··········································.81
4.2 三通法蘭的建模·······································.83
4.3 階梯軸的建模 ··········································.87
4.4 V 帶輪的建模···········································.90
4.5 渦輪轉子的建模 ········································93
4.6 練習題························································96
第 5 章 掃描類零件的建模 ································.98
5.1 掃描命令簡介 ············································99
5.2 錐形簧的建模 ··········································102
5.3 異形彎管的建模 ······································104
5.4 變截面零件的建模···································106
5.5 圓柱凸輪的建模 ······································108
5.6 練習題······················································112
第 6 章 螺旋掃描類零件的建模·························115
6.1 螺旋掃描命令簡介···································116
6.2 絲杠的建模··············································117
6.3 雙頭六角螺栓的建模·······························120
6.4 變節距葉片螺旋桿的建模·······················124
6.5 麻花鉆的建模 ··········································126
6.6 練習題······················································130
第 7 章 混合類特征的建模 ······························.131
7.1 混合特征命令簡介···································132
7.2 旋轉混合命令簡介···································135
7.3 花瓶的建模··············································136
7.4 通風管道的建模 ······································138
7.5 軍號的建模··············································142
7.6 圓柱銑刀的建模 ······································149
7.7 練習題······················································151
第 8 章 掃描混合類零件的建模·······················.153
8.1 掃描混合命令簡介···································154
8.2 吊鉤的建模··············································155
8.3 陶瓷壺的建模··········································159
8.4 傘齒輪的建模··········································163
8.5 練習題······················································169
第 9 章 曲面類零件的建模································170
9.1 曲面生成命令簡介 ··································171
9.2 飲料瓶的建模··········································177
9.3 電熨斗的建模··········································185
9.4 葉輪的建模··············································191
9.5 輪胎的建模··············································197
9.6 練習題······················································201
第 10 章 模型的測量與分析······························203
10.1 模型的測量與分析命令簡介·················204
10.2 常規測量························································205
10.3 質量屬性測量················································212
10.4 練習題····················································213
第 11 章 產品裝配·············································214
11.1 裝配功能簡介 ········································215
11.2 軸承座的裝配 ········································220
11.3 二級減速器的裝配·································227
11.4 練習題····················································240
第 12 章 二維工程圖的創建······························241
12.1 工程圖工作界面及創建過程介紹 ·········242
12.2 視圖創建實例 ········································244
12.2.1 軸零件的工程圖創建 ·····················244
12.2.2 托架零件的工程圖創建 ·················252
12.2.3 基座零件的工程圖創建 ·················258
12.3 工程圖標注實例 ····································264
12.4 裝配圖模板的創建與應用實例 ·············272
12.5 部件裝配圖生成實例·····························276
12.6 工程圖的打印輸出 ································282
12.7 練習題····················································283
第 13 章 模型渲染 ············································284
13.1 Render Studio 介紹·································285
13.2 實時渲染對象 ········································288
13.3 練習題···················································.292
第 14 章 機構運動分析與仿真··························293
14.1 機構模塊概述·······································.294
14.2 機構連接方式介紹 ·····························.295
14.3 齒輪機構的運動分析與仿真 ···························.298
14.4 間歇槽輪機構的運動分析與仿真····················.306
14.5 曲柄連桿機構的運動分析與仿真····················.311
14.6 練習題···················································.314
第 15 章 結構分析與優化設計··························315
15.1 結構分析模塊簡介 ·······························.316
15.2 建立結構分析模型 ·······························.318
15.2.1 簡化模型 ·······································.318
15.2.2 定義材料 ·······································.318
15.2.3 創建約束 ·······································.321
15.2.4 創建載荷集 ···································.323
15.2.5 創建載荷 ·······································.324
15.2.6 網格劃分 ·······································.326
15.2.7 建立結構分析模型實例 ················.327
15.3 建立結構分析·······································.331
15.3.1 靜態分析 ·······································.331
15.3.2 模態分析 ·······································.334
15.3.3 疲勞分析 ·······································.335
15.3.4 建立結構分析實例························.338
15.4 設計研究···············································.340
15.4.1 標準設計研究································.340
15.4.2 敏感度設計研究····························.341
15.4.3 優化設計研究································.342
15.4.4 設計研究實例································.344
15.5 練習題···················································.347
第 16 章 NC 加工··············································349
16.1 NC 加工簡介 ········································.350
16.2 使用工藝管理器···································.353
16.3 創建制造工藝·······································.357
16.4 創建 NC 序列 ·······································.360
16.5 使用刀具位置數據和顯示刀具路徑 ····.364
16.6 多工藝加工實例···································.366
16.7 練習題···················································.382
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