Preface Chapter 1: Basic Engineering Drawing Definitions and Practices A1.0a Introduction A1.1a Drawing Instruments A1.1b Uppercase Vertical Lettering A1.2a Isometric & Oblique Views A1.2b Pictorial Sketching Exercises A1.2 Isometric Sketching A1.3 Oblique Sketching A1.
4a Elements of a Working Drawing A1.4b Views, Conventions.and Projection Systems A1.4c Guide Block A1.4 Six Orthographic Views of Guide Block C1.1a Drawing Views, Formats, Notes C1.1b Drawing Setup Variables C1.1c Proe Commands and other Drawing Options Chapter 2: Views Perspective and Sectional A2.
0a Introduction A2.1a 1, 2 and 3-point Perspective A2.1b Internal Perspective A2.1 2-Point Perspective A2.2 Visualization: Orthographic, Isometric C2.1a Orthographic Views,Show and Erase and Other Drawing Options Chapter 3: Geometric Construction A3.0a Introduction A3.1a Geometric Constructions A3.
1b Other Geometric Constructions A3.1 Clamp Ring: Geometric Cons A3.2a Sections and Symbols A3.2b Sections and Concentions .Examples. A3.2c Sections and Concentions .Examples.
A3.2 Sections: Offset, Broken-Out A3.3 Sections: Half, Revolved C3.1a Clamp Ring: Constraints C3.1hist Design Intent History L3.1a CLAMP RING; Constraints Z3.1a CLAMP RING; Constraints Chapter 4: 3-View Projection System Drawing: Design Intent A4.0a Introduction A4.
1a 3-View Projection System and Rules of Visibility A4.1 Visibility A4.2a AUXILIARY PROJECTION Multi-Sided Projection boxes A4.2 Auxiliary Views A4.3a Multiple Auxiliary Views Example A4.3 Multiple Aux Views C4.1a SHAFT SUPPORT .Extrude feature C4.
1b Design Intent C4.1hist Design Intent History L4.1a CHANNEL GUIDE .Extrude feature Z4.1a CHANNEL GUIDE .Extrude feature Chapter 5: Descriptive Geometry 1 A5.0a Introduction A5.1a Fundamental Constructions of Descriptive Geometry A5.
1b Fundamental Constructions of Descriptive Geometry A5.1c Signature of Principal Lines and Planes A5.1 Points and Lines: Classify, Slope & Bearing A5.2 Lines: Parallel, Intersect, Skew, Identify Planes A5.3 TL and PV of a line A5.4a Viewpoints and Direction Vectors A5.4 Viewpoints Direction Vectors A5.5a DIHEDRAL ANGLE example C5.
1a SHAFT: Revolve feature C5.1hist Design Intent History L5.1a SHAFT.Revolve feature Z5.1a SHAFT; Revolve Chapter 6: Descriptive Geometry 2 A6.0a Introduction A6.1 EV and TS of a Plane A6.2 Angle Between a Line and a Plane A6.
3 Bearing, Strike and Dip A6.4a Sheet Metal Vocabulary A6.4b Sheet Metal Example A6.4c Sheet Metal Operations C6.1a SWITCH COVER .Shell and Pattern functions C6.1hist Design Intent History L6.1a SWITCH COVER .
Shell and Pattern functions Z6.1a BEARING SUPPORT .Shell and Pattern functions Chapter 7: Descriptive Geometry 3 A7.0a Introduction A7.1a The CUTTING PLANE A7.1 INTERSECTION of LINE and PLANE J7.1 INTERSECTION of LINE and PLANE X7.1 INTERSECTION of LINE and PLANE A7.
2 Intersection of two planes: pierce point C7.1a SUNDIAL.PV, TL, EV, TS, Area.and DIHEDRAL Angle C7.1hist Design Intent History L7.1a SUNDAL.PV, TL, EV, TS, Area.and DIHEDRAL Angle Z7.
1a SUNDIAL.PV, TL, EV, TS, Area.and DIHEDRAL Angle Chapter 8: Parallelism and Perpendicularity A8.0a Introduction A8.1 Parallelism A8.2 Perpendicular Lines Chapter 9: Mutual Perpendicular: Assembly End Clearance A9.0a Introduction A9.1 Mutual Perpendicular A9.
2a Mixer Assembly: end Clearance A9.2 Assembly end Clearance C9.1a SPRAY NOZZLE: Sweep, Blend Features C9.2a MUTUAL PERPENDICULAR Axial Clearance C9.1hist Design Intent History Chapter 10: Dimensioning and Tolerances: Assemblies A10.0a Introduction A10.1a Dimensioning Terms A10.1b Dimensioning Guidelines A10.
1c Dimensioning Guidelines A10.1d Methods of Tolerancing A10.1e Dimensioning. Symmetric.Asym metric A10.1 Dimensioning A10.2a Design of Fits Hole Basis and Shaft Basis A10.2 Design of Fits A10.
3a Clearances, (ANSI) Tolerances and Fits A10.3b Clearances, (Metric) Tolerances and Fits A10.3 ANSI fits, ISO fits C10.1a Mixer Assembly. C 101XA01. asm Mixer Assembly Drawing.C101X01.drw C10.
1b .Bill of Materials.Balloons .Assembly Sections.Exploded Views. C10.1 hist Design Intent History Chapter 11: Assembly Line Design A11.0a Introduction A11.
1a Thread Data Allowances and Tolerances A11.1 Screw Assembly Design Problem A11.2a Working Drawingsand Specifications A11.2b Working Drawings and Specifications A11 2c Assembly Line for Low Volume Production A11.2d Assembly Line for Low Volume Production A11.2e Bench Assembly Line A11.2f Assembly Line Operations C11.1a Assembly Line Layout Chapter 12: Threads and Fasteners A12.
0a Introduction A12.1a ANSI Thread Notes A12.1b Screw Thread Representation A12.1c MetricThread Notes A12.1 Screw thread terminology A12.2 Thread notes A12.3a Rivets and other Standard Hardware A12.4a Geometric Tolerancing A12.
4 GDT Feature Control Frames C12.1a CONICAL COMPRESSION SPRING C12.1 hist Title: Conical Spring; C 121 X01 hist.pdf Part No.: C 121 X0 1.prt Chapter 13: Surface Development A13.0a Introduction A13.1a Finding TL by Revolution A13.
1 Surface Development C13.1a ARCH.Swept Blend Feature; Equation Editor C13.1hist Design Intent History L13.1a ARCH Swept Blend Feature; Equation Editor C13.2a VORTEX ASSEMBLY .Surface Modeling .Convert Surfaces to Solids C13.
2hist Design Intent History L13.2a VORTEX ASSEMBLY.Surface Modeling .convert Surfaces to Solids.