Machine Drawing

Dr Basudeb Bhattacharyya is currently Associate Professor, Department of Aerospace Engineering and Applied Mechanics, Bengal Engineering and Science University, Shibpur (previously known as Bengal Engineering College). He obtained his M.E. in engineering mechanics and Ph D in structural engineering from Bengal Engineering College, Kolkata. Dr Bhattacharyya has over 13 years of teaching experience and has published several research papers in national & international journals. He is also a senior member of different professional bodies. He is also the author of Engineering Mechanics published by Oxford University Press in 2008.

INTRODUCTION ; CLASSIFICATION OF DRAWING ; CODE OF PRACTICE ; DRAWING INSTRUMENTS ; DRAWING BOARD ; T - SQUARE ; SET SQUARE ; PROTRACTOR ; DRAFTING MACHINE ; RULING MACHINE ; FRENCH CURVES ; SCALES ; PENCILS AND ERASER ; COMPASS AND DIVIDERS ; SIZE AND LAYOUT OF DRAWING SHEETS ; DIMENSION ; TITLE BLOCK ; BORDERS AND FRAME ; CENTRING MARKS ; GRID REFERENCE SYSTEM ; TRIMMING MARKS ; FOLDING OF DRAWING SHEETS ; DESCRIPTION OF DIFFERENT TYPES OF LINES ; LINES USED IN CONSTRUCTION DRAWING ; LINES USED IN MECHANICAL DRAWING ; PATTERNS OF LETTERING ; PATTERNS OF SECTION & OTHER CONVENTIONS ; GENERAL SYSTEM OF DIMENSIONING ; BASIC RULES OF PLACEMENTS OF DIMENSIONS ; ELEMENTS OF DIMENSIONING ; SYSTEM OF DIMENSIONING ; ARRANGEMENT OF DIMENSIONS ; SPECIAL INDICATIONS IN DIMENSIONING ; CONVENTIONAL REPRESENTATION OF THREADS & THREADED PARTS ; REPRESENTATION OF SINGLE ENTITY ; REPRESENTATION OF ASSEMBLED PARTS ; DESIGNATION AND DIMENSIONING OF THREADED PARTS ; CONVENTIONAL REPRESENTATION OF SPRINGS ; CONVENTIONAL REPRESENTATION OF GEARS ; INTRODUCTION ; ADVANTAGES OF USING CAD ; INTRODUCTION TO AUTOCAD ; AUTOCAD SCREEN ; AUTOCAD COMMANDS ; PROCEED WITH AUTOCAD 2009 ; SELECTION OF PATTERN OF COORDINATE ; SELECTION OF SYSTEM OF COORDINATE ; SELECTION OF UNIT ; DRAWING BASIC ENTITIES ; MODIFICATIONS ; SAVE AND OUTPUT ; DRAWING AIDS ; INTRODUCTION ; DRAWING PERPENDICULAR LINE ; DRAWING BISECTOR OF A LINE ; DRAWING BISECTOR OF A CIRCULAR ARC ; DRAWING PARALLEL LINE ; DIVIDING A LINE ; DIVIDING AN ANGLE ; DIVIDING A CIRCLE ; DETERMINATION OF CENTRE OF A CIRCULAR ARC ; DRAWING CIRCULAR ARC SATISFYING DIFFERENT CONDITIONS ; DRAWING TANGENT AND NORMAL TO A GIVEN ARC SATISFYING DIFFERENT CONDITIONS ; DRAWING POLYGONS SATISFYING DIFFERENT CONDITIONS ; SOME SPECIAL CONSTRUCTIONS ; AUTOCAD SUPPLEMENT ; INTRODUCTION ; CURVES OF CONIC SECTIONS ; CUTTING PLANE APPROACH ; LOCUS APPROACH ; ANALYTICAL APPROACH ; DRAWING AN ELLIPSE ; DRAWING TANGENT AND NORMAL OF AN ELLIPSE ; DETERMINATION OF MAJOR AND MINOR AXIS OF AN ELLIPSE ; DISCUSSION ON SOME GEOMETRIC PROPERTIES OF AN ELLIPSE ; DRAWING A PARABOLA ; DRAWING TANGENT AND NORMAL OF A PARABOLA ; DETERMINATION OF AXIS, FOCUS AND DIRECTRIX OF A PARABOLA ; DRAWING A HYPERBOLA ; DRAWING TANGENT AND NORMAL OF A HYPERBOLA ; DRAWING ASYMPTOTES AND DIRECTRICES OF A HYPERBOLA. ; ROULETTES ; ROULETTES OF CYCLOIDAL TYPE ; CYCLOID ; INFERIOR AND SUPERIOR TROCHOID ; EPICYCLOID AND HYPOCYCLOID ; INFERIOR AND SUPERIOR EPITROCHOID ; INFERIOR AND SUPERIOR HYPOTROCHOID ; ROULETTES OF INVOLUTE TYPE ; INVOLUTE OF EQUILATERAL TRIANGLE ; INVOLUTE OF SQUARE ; INVOLUTE OF RIGHT PENTAGON ; INVOLUTE OF RIGHT HEXAGON ; INVOLUTE OF CIRCLE ; INVOLUTE OF SEMICIRCLE ; SPECIAL CURVES ; EVOLUTE ; EVOLUTE OF ELLIPSE ; EVOLUTE OF PARABOLA ; EVOLUTE OF HYPERBOLA ; SPIRALS ; ARCHIMEDEAN SPIRAL ; LOGARITHMIC SPIRAL ; HELIX ; AUTOCAD SUPPLEMENT ; INTRODUCTION ; PARAMETERS OF PROJECTION ; SYSTEM OF PROJECTION ; QUADRANTAL OR ORTHOGRAPHIC PROJECTION ; METHOD AND CONVENTION ; FIRST AND THIRD ANGLE PROJECTION ; SOME SPECIAL VIEWS ; INTRODUCTION ; PROJECTION OF POINTS ; PROJECTION OF STRAIGHT LINE ; BASIC END CONDITIONS ; SOME BASIC RELATIONS ; END VIEW OF PROJECTION ; TRACES OF LINES ; PROJECTION OF SURFACES ; PROJECTION OF SOLIDS ; POLYHEDRA ; SOLIDS OF REVOLUTION ; TRUNCATED SOLIDS ; PROJECTION ON AUXILIARY PLANES ; APPLICATION OF AUXILIARY VIEWS ; CLASSIFICATION OF AUXILIARY VIEWS ; TYPES OF AUXILIARY VIEWS ; METHODS FOR DRAWING AUXILIARY VIEWS ; AUTOCAD SUPPLEMENT ; DRAWING AND DIMENSIONING OF VIEWS AND TITLE BLOCK ; PLOTTING ; DRAWING AUXILIARY VIEWS ; INTRODUCTION ; ISOMETRIC PLANES, LINES AND AXES ; ISOMETRIC SCALES ; ISOMETRIC PROJECTION AND ISOMETRIC VIEW ; SOME BASIC METHODS FOR DRAWING ISOMETRIC FIGURES ; CONVERSION OF ORTHOGRAPHIC VIEWS INTO ISOMETRIC VIEWS ; CONVERSION OF ORTHOGRAPHIC VIEWS INTO ISOMETRIC PROJECTIONS ; CONVERSION OF ISOMETRIC FIGURE INTO ORTHOGRAPHIC PROJECTIONS ; BLUEPRINT AND READING OF BLUEPRINT ; PROCEDURE OF READING BLUEPRINT ; RECOVERING MISSING LINES AND MISSING VIEWS ; FREEHAND SKETCHING ; FREEHAND ORTHOGRAPHIC VIEWS ; FREEHAND ISOMETRIC VIEWS ; AUTOCAD SUPPLEMENT ; SETTING ISOMETRIC GRID AND SNAP ; DRAWING ISOMETRIC CIRCLES ; DISPLAYING DIFFERENT VIEWS ; INTRODUCTION ; CONVENTION FOR PLACEMENT OF SECTION PLANES ; TYPES OF SECTION PLANES ; OBVIOUS SECTION PLANE ; SPECIFIED SECTION PLANE ; CONVENTION FOR PLACEMENT OF SECTION VIEWS ; SECTION OF INTERPENETRATED SOLIDS ; AUTOCAD SUPPLEMENT ; INTRODUCTION ; SOME BASIC DEFINITIONS ; NOMINAL SIZE ; ACTUAL SIZE ; BASIC SIZE ; DESIGN SIZE ; ZERO LINE ; LIMITS OF SIZE ; ALLOWANCE ; DEVIATION ; MAXIMUM METAL CONDITION ; LEAST METAL CONDITION ; ENGINEERING TOLERANCE ; CONSIDERATION FOR SETTING TOLERANCE ; GRADE OF TOLERANCE ; LINEAR TOLERANCE INDICATION ; ANGULAR TOLERANCE INDICATION ; CUMULATIVE TOLERANCE ; FITS ; TYPES OF FITS ; BASIS OF FITS ; INDICATION OF FITS ; SELECTION OF FITS ; AUTOCAD SUPPLEMENT ; INTRODUCTION ; BASIC TERMINOLOGY OF GD & T ; FEATURE CONTROL FRAME ; TOLERANCE CHARACTERISTICS AND SYMBOLS ; TOLERANCE CHARACTERISTICS IN DRAWING ; TOLERANCE ZONES IN DRAWING ; MODIFIERS ; DATUM ; CONVENTIONS FOR SHOWING DATUM ; SINGLE OR MULTI-DATUM ; THEORETICALLY EXACT DIMENSIONS ; SURFACE CHARACTERISTICS AND TERMINOLOGY ; SURFACE TEXTURE PARAMETERS ; SURFACE TEXTURE SYMBOLS ; SURFACE ROUGHNESS AND MANUFACTURING PROCESS ; SURFACE LAY INDICATION ; SURFACE TEXTURE IN DRAWING ; AUTOCAD SUPPLEMENT ; INTRODUCTION ; WELDED JOINT ; VARIETY OF WELDING PROCESSES ; VARIETY OF WELDS ; SYMBOLS OF WELDS ; ELEMENTARY SYMBOLS ; SUPPLEMENTARY SYMBOLS ; POSITIONING OF SYMBOLS ; COMPLEMENTARY INDICATIONS ; EDGE PREPARATION OF WELDS ; RIVETED JOINT ; VARIETY OF RIVETS ; TYPES OF RIVETED JOINTS ; PARAMETERS ASSOCIATED WITH RIVETED JOINTS ; APPLICATION IN STRUCTURES WITH CONVENTIONAL SECTIONS ; APPLICATION IN SHELLS ; CAULKING AND FULLERING ; THREADED FASTENERS ; VARIETY OF THREADED FASTENERS ; TYPES OF THREADS ; PARAMETERS ASSOCIATED WITH THREADED FASTENERS ; ISO THREAD PROFILE ; OTHER THREAD PROFILES ; VARIETY OF SCREWS ; REPRESENTATION OF SCREWS ; BOLT AND NUT ASSEMBLY ; HEXAGONAL HEADED BOLT AND HEXAGONAL NUT ; METHOD OF DRAWING BOLT HEAD OR NUT ; SQUARE HEADED BOLT AND SQUARE NUT ; METHOD OF DRAWING BOLT OR NUT ; LOCKING ARRANGEMENT OF NUTS ; REPRESENTATION OF NUTS ; WASHERS ; VARIETY OF FOUNDATION BOLTS ; AUTOCAD SUPPLEMENT ; CREATING A BLOCK ; INSERTING A BLOCK ; EDITING A BLOCK ; INTRODUCTION ; KEYED JOINTS ; VARIETY OF KEYED JOINTS ; SADDLE KEYED JOINT ; SUNK KEYED JOINT ; SPLINE JOINT ; COTTER JOINTS ; SOCKET AND SPIGOT COTTER JOINT ; SLEEVE AND COTTER JOINT ; GIB AND COTTER JOINT ; KNUCKLE JOINT ; VARIETY OF SHAFT COUPLING ; VARIETY OF PIPE JOINTS ; VARIETY OF PULLEYS ; VARIETY OF BEARINGS ; GEARS ; ENGINE PARTS ; LATHE ; SHAPERS ; DRILLING MACHINE ; VALVES AND COCKS ; CNC MACHINES