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-2.1 Basic knowledge of machine tools
--2.1 Basic knowledge of machine tools
--2.1 Basic knowledge of machine tools
-2.2 Clamping of workpiece
-2.3 The overview of machine tool fixture
--2.3 The overview of machine tool fixture
--2.3 The overview of machine tool fixture
-2.4 Six⁃point locating principle
--2.4 Six⁃point locating principle
--2.4 Six⁃point locating principle
-2.5 Concept of location error
--2.5 Concept of location error
--2.5 Concept of location error
-2.6 the workpiece is positioned on the cylindrical surface
--2.6 the workpiece is positioned on the cylindrical surface
--2.6 the workpiece is positioned on the cylindrical surface
-2.7 The workpiece is positioned on the composite surface
--2.7 The workpiece is positioned on the composite surface
--2.7 The workpiece is positioned on the composite surface
-2.8 Composition of workpiece clamping device and determination of workpiece clamping force
--2.8 Composition of workpiece clamping device and determination of workpiece clamping force
--2.8 Composition of workpiece clamping device and determination of workpiece clamping force
-2.9 The typical clamping device
--2.9 The typical clamping device
--2.9 The typical clamping device
-2.10 Special fixture design
-Chapter Ⅱ Test
-Chapter Ⅱ Machine tools and fixtures
-Chapter Ⅱ Machine tools and fixtures
-3.1 Basic knowledge of tool machining
--3.1Basic knowledge of tool machining
--3.1Basic knowledge of tool machining
-3.2 The force of machining
--3.2 The process of machining
--3.2 The process of machining
-3.3 The force of machining
-3.4 Machining heat and Machining temperature
--3.4 Machining heat and Machining temperature
--3.4 Machining heat and Machining temperature
-3.5 Tool wear, breakage and service life
--3.5 Tool wear, breakage and service life
--3.5 Tool wear, breakage and service life
-3.6 Reasonable selection of metal machining conditions
--3.6 Reasonable selection of metal machining conditions
--3.6 Reasonable selection of metal machining conditions
-3.7 Grinding principle
-3.8 High speed machining and grinding
--3.8 High speed machining and grinding
--3.8 High speed machining and grinding
-Chapter Ⅲ Test
-Chapter Ⅲ The process of machining and control
-Chapter Ⅲ The process of machining and control
-4.1 Fundamentals of machining quality
--4.1 Fundamentals of machining quality
--4.1 Fundamentals of machining quality
-4.2 Machining accuracy
-4.3 Initial error of machining process system
--4.3 Initial error of machining process system
--4.3 Initial error of machining process system
-4.4 The influence of machine tool geometric errors on machining accuracy and its control
--4.4 The influence of machine tool geometric errors on machining accuracy and its control
--4.4 The influence of machine tool geometric errors on machining accuracy and its control
-4.5 The influence of forced deformation of process system on machining accuracy of process system
--4.5 The influence of forced deformation of process system on machining accuracy of process system
--4.5 The influence of forced deformation of process system on machining accuracy of process system
-4.6 Machining errors caused by thermal deformation of process system
--4.6 Machining errors caused by thermal deformation of process system
--4.6 Machining errors caused by thermal deformation of process system
-4.7 The influence of residual stress of workpiece on machining accuracy and its control
--4.7 The influence of residual stress of workpiece on machining accuracy and its control
--4.7 The influence of residual stress of workpiece on machining accuracy and its control
-Chapter Ⅳ Test
-.Chapter Ⅳ Machining Quality
-5.1 Process analysis of mechanical parts
--5.1 Process analysis of mechanical parts
--5.1 Process analysis of mechanical parts
-5.2 Type and selection of parts blank
--5.2 Type and selection of parts blank
--5.2 Type and selection of parts blank
-5.3 The selection principle of finish datum
--5.3 The selection principle of finish datum
--5.3 The selection principle of finish datum
-5.4 The selection principle of rough datum
--5.4 The selection principle of rough datum
-- 5.4 The selection principle of rough datum selection principle of rough datum
-5.5 The selection sample of location datum
--5.5 The selection sample of location datum
--5.5 The selection sample of location datum
-5.6 Selection of surface machining method
--5.6 Selection of surface machining method
--5.6 Selection of surface machining method
-5.7 Process route formulation
--5.7 Process route formulation
--5.7 Process route formulation
-5.8 Machining allowance and operation dimension
--5.8 Machining allowance and operation dimension
--5.8 Machining allowance and operation dimension
-5.9 The concept of Process dimensional chain
--5.9 The concept of Process dimensional chain
--5.9 The concept of Process dimensional chain
-5.10 The calculation of Process dimensional chain
--5.10 The calculation of Process dimensional chain
--5.10 The calculation of Process dimensional chain
-5.11 Numerical control machining technology
--5.11 Numerical control machining technology
--5.11 Numerical control machining technology
-5.12 Economic analysis of process
--5.12 Economic analysis of process
--5.12 Economic analysis of process
-5.13 The establishment and calculation of assembly dimensional chain
--5.13 The establishment and calculation of assembly dimensional chain
--5.13 The establishment and calculation of assembly dimensional chain
-Chapter V Test
-Chapter Ⅴ Design of machining process specification
-Chapter V Design of machining process specificatio
-Final exam
