第一章:GD&T幾何公差介紹(GD&T Introduction)
? 開課前的練習(xí) the beginning testing
? 幾何公差 GD&T History
? 傳統(tǒng)尺寸公差同幾何公差之間的比較 Traditional Dimension Tolerancing
規(guī)則和概念(Rules and Concept)
o 包容原則及歐美標(biāo)準(zhǔn)的區(qū)別 envelope rule and the difference between ASME and ISO
o 名義尺寸 (Basic Dimension)
o 實(shí)效邊界條件 (Virtual Condition)
o 材料實(shí)體原則: MMC/LMC/RFS
o 公差補(bǔ)償 (Bonus Tolerance)
o 尺寸特征 Features of Size (FOS)
第二章: GD&T 符號(hào)、術(shù)語、概念和規(guī)則(GD&T Symbols, Terms, Concepts & Rules)
? GD&T的14個(gè)控制方式及符號(hào),應(yīng)用及各自應(yīng)用目的 GD&T tolerance control methods, symbols and the utilization purpose.
? GD&T控制符號(hào)的標(biāo)注方式 GD&T tolerance control in drawings
? GD&T的修正符號(hào)及應(yīng)用目的 GD&T modification symbols and utilization purpose.
? GD&T公差控制框的解讀語法規(guī)則 GD&T control frame grammar.
第三章:基準(zhǔn)(Datums)設(shè)置與產(chǎn)品應(yīng)用
? 基準(zhǔn)Datums
? 選擇基準(zhǔn)特征原則 Identify Datum Features rules
? 聯(lián)合基準(zhǔn)軸Datum Axis from Coaxial Diameters
? 孔陣基準(zhǔn)Datum Axis from a Pattern of Holes
? 基準(zhǔn) 3-2-1 規(guī)則 Datum 3-2-1 Rule
? 如何選擇基準(zhǔn)示例 Identify Datum Features Example
第四章:形狀公差(Form) 的控制及檢測(cè)
? 直線度 Straightness
? 直線度檢測(cè)Straightness Gage
? 直線度應(yīng)用Straightness Application
? 直線度應(yīng)用要點(diǎn) the principle of Straightness utilization
? 平面度 Flatness
? 中心面平面度檢測(cè) Center Plane Flatness Inspection
? 中心面平面度應(yīng)用 Center Plane Flatness Application
? 平面度應(yīng)用的要點(diǎn) The principle of flatness utilization
? 圓度 Circularity (Roundness)
? 圓度測(cè)量 Circularity Gage
? 圓度應(yīng)用 Circularity Application
? 圓柱度Cylindricity
? 圓柱度測(cè)量Cylindricity Gage
? 圓柱度應(yīng)用Cylindricity Application
第五章:定向控制(Orientation) 控制及檢測(cè)
? 垂直度 Perpendicularity
? 垂直度和檢測(cè)Perpendicularity & Gage
? 垂直度應(yīng)用 Perpendicularity Application
? 平行度 Parallelism
? 平行度和檢測(cè) Surface Parallelism & Gage
? 平行度應(yīng)用 Parallelism Application
? 平行度的應(yīng)用注意事項(xiàng) The principle of parallelism utilization
? 傾斜度 Angularity
? 傾斜度和檢測(cè) Surface Angularity & Gage
? 傾斜度應(yīng)用 Angularity Application
? 傾斜度的應(yīng)用注意事項(xiàng) The Principle of angularity utilization
? 平行度和平面度的區(qū)別 The difference between parallelism and straightness
第六章:輪廓度控制(Profile)控制及檢測(cè)
? 輪廓度 Profile
? 面輪廓 Profile of a Surface
? 線輪廓 Profile of a Line
? 輪廓度應(yīng)用 Profile Application
? 不連續(xù)面的廓度控制應(yīng)用 Composite Profile Controlling Pattern
? 輪廓度階梯面控制 Profile Controlling Offset Surfaces – New 2009
? 復(fù)合和組合輪廓度應(yīng)用 Composite Profile vsMul-Single Segment Profile
? 輪廓度檢測(cè) Profile Gage
? 輪廓度的應(yīng)用要點(diǎn)和注意事項(xiàng) The principle of profile utilization
第七章:位置控制(Position)及裝配和檢具、工裝設(shè)計(jì)
? 位置度 Position
? 位置度應(yīng)用Position Application
? 位置度應(yīng)用(RFS/MMC/LMC)Position Application(RFS/MMC/LMC)
? GD&T 和尺寸公差的轉(zhuǎn)換(組合公差控制框) GD&T and Size tolerance conversion for composite tolerance frame.
? 投影公差帶 Projected Tolerance Zone
? 組合公差控制框和獨(dú)立公差控制框位置度比較 Composite vs Multiple Single-Segment Position
? 位置度檢測(cè) Position Gage
? 直接公差和間接公差 The direction tolerance and the non-direction tolerance
? 裝配原理 The design theory of assembly
? GD&T相關(guān)的三種裝配設(shè)計(jì)及應(yīng)用 GD&T and assembly design application
? 匹配件的設(shè)計(jì) The design of matching parts
? 檢具設(shè)計(jì) The design of gauge
? 螺紋孔在位置度中的應(yīng)用 position and thread holes & pins
? 尺寸公差到幾何公差的轉(zhuǎn)換 Dimension tolerance converts to GD&T
? 陣特征的裝配及檢測(cè)檢具 Pattern features and assembly design and the gauge design
? GD&T隱含的加工檢測(cè)順序 The implication sequence of manufacturing and inspection setups
? GD&T與在供應(yīng)商質(zhì)量管理的的應(yīng)用 GD&T and quality improvement
? 位置度的應(yīng)用要點(diǎn)和注意事項(xiàng) The principle of position utilization
? 對(duì)稱度 Symmetry
? 對(duì)稱度的應(yīng)用要點(diǎn)和注意事項(xiàng) The principle of symmetry utilization
? 同軸度 Concentricity
? 同軸度的應(yīng)用要點(diǎn)和注意事項(xiàng) The principle of concentricity utilization
? 幾種能實(shí)現(xiàn)同軸線控制的比較:位置度,同軸度和跳動(dòng) The concentricity control methods comparison of position, concentricity and runout
第八章:跳動(dòng)控制(Runout)控制及檢測(cè)
? 跳動(dòng)Runout
? 跳動(dòng)的基準(zhǔn)建立Runoutdatums setup
? 圓跳動(dòng)應(yīng)用及檢測(cè)FIM Circular Runout utilization and inspection
? 全跳動(dòng) Total Runout utilization and inspection
? 跳動(dòng)應(yīng)用意義Runout Application
? 跳動(dòng)總結(jié)Runout Summery
? 建立基準(zhǔn)軸心線 Establishing Datum Axis
? 同軸形體控制 Coaxial Features Control
? 輪廓度控制同軸形體 Profile Controlling Coaxiality
? V型支架的應(yīng)用檢討 V block’s problem