Mould Design Course Outline Contents: Chapter One: Stamping Basics Chapter 2: Die XPunch CAD plug-in tutorials and installation Chapter III: Die standard specification and selection of Chapter IV: Die form parts of the structure and process Chapter 5: Expand Chapter VI: Project nesting Chapter 7: Draw the mold structure Chapter VIII: CATIA software infrastructure Chapter IX: CATIA modeling automotive die first chapter: Stamping Basics Section I: What is Mould; second Section: punching die mold structure; III: Composite molding mold structure; IV: molding mold structure; V: Continuous mold mold structure; VI: die of related terms; VII: Punch tonnage computing; VIII: gap between the punch and the die; and IX: secondary escape angle; Section X: pick pockets form; Section XI: Calculation of shear force; Section XII: Section XIII; material shear strength table: computing punch pressure; Section XIV: Calculate stripper force; Section 15: General category and the mold material properties; Chapter 2: Die XPunch CAD plug-in tutorial and installation Section: electronic drawing files with color; II: standard parts design; Section III: Common mold parts in bilingual form; IV: Selection guide post hole; V: bushing hole Selection; VI:; VII cup head hole selection: selection of screw holes; VIII: l perforations selection; IX: Cypriot drilling selection; Section X: selection of drilling; Section XI: gong knife hole selection; Section XII: Edge selection set hole; Section 13: Line cutting holes selection; Section XIV: Cypriot screw selection; section 15: Selection outside the guide post holes; Chapter III: Die standard specifications and selection Section: Screw; Section II: Contour screws, such as sleeve; III: Spring; IV: Edge nails (fixed pins); V: guide pin (Daozheng pins); VI: inner guide posts; VII: within the guide sleeve; VIII: outside the guide column; IX: Die guide block; Section X : guide plate; Section XI: ejector; Section XII: distinctions of plastic; section 13: Limit column; Section XIV: Punch; Section 15: locating pin; XVI Section: Slider; Section 17: trimming punch; Section XVIII: pressure line punch; Section XIX: Burr punch press; Day Twenty: beading punch; Section XXI : Alien punch; second twelve: the die into the child; Section 23: font into child; section twenty-fourth: tube position; Chapter 4: mold form parts of the structure and processing technology Section: safety device; II: Die liter piece; III: code module; IV: Die handling; V: Mold and down the bridge arrangement; VI: Die waste discharge; VII: VIII; safety barriers: Die punching part; IX: side punching; Section X: stopper and keyway; Section XI: forming part; Section XII: 3D parts processing; XIII section: copper alloy 金自润 skateboard application; Section XIV: mold material and heat treatment; Section XV: TD TICN processing and handling; Section XVI: stainless steel stamping characteristics; Section 17: salad hole; s eighteen: Convex meters; Section XIX: Pig Tsui; Day Twenty: pull the package; Chapter 5: Expand Section: Expand computing standards; Section II: Expand painting standards; third Section: Products confirmation; IV: Expand the drawing methods and techniques; Chapter VI: Project nesting Section I: single-mode nesting methods; Section II: Continuous-mode nesting methods; Chapter 7: Draw mold structure Section I: Draw punching structure; Section II: Composite mold structure drawn; III: mold structure drawn; IV: Continuous mode structure draws; V: Automotive continuous mode structure drawing; s eight chapters: CATIA software infrastructure Section: CATIA basic operations; II: Work environment settings and interface customization; Section: graphics rendering; IV: body parts design; V: Feature conversion and Boolean operations; Section VI: Generative Surface Design; VII: Parts of the assembly; VIII: Drawing design; Chapter IX: CATIA automotive die modeling Section: strip dimensional painting; II: three-dimensional painting mold structure; graduation exams and graduation practice on the machine and the candidates skills summary