DESIGN AND ASSEMBLY OF AMERICAN CHOPPER BIKE WITH PHOTO REALISTIC RENDERING USING   SOLIDWORKS   OBJECTIVE The main objective of this project is to understand the basics of SOLIDWORKS part modeling and assembly by designing and assembling of AMERICAN CHOPPER BIKE and also creating Photo realistic…

DESIGN AND ASSEMBLY OF PREDATOR YATCH WITH PHOTO REALISTIC RENDERING USING SOLIDWORKS   OBJECTIVE The main objective of this project is to understand the basics of SOLIDWORKS surface modeling and assembly by designing and assembling of Predator Yatch and also creating Photo realistic rendering.   INTRODUCTION…

ADVANCED SHEET METAL DESIGN USING NX CAD – CASING   OBJECTIVE To know basics of sheet metal module in NX CAD To know the basic features like TAB , BEND , FLANGE , REBEND ,BEAD , DIMPLE INTRODUCTION Metal having thickness from 0.1mm to 6mm are termed as sheet metal. Extremely thin are termed as foils or leaf…

                                    ADVANCED SHEET METAL DESIGN USING NX CAD – BOX   OBJECTIVE To know basics of sheet metal module in NX CAD To know the basic features like TAB , BEND , FLANGE , REBEND ,BEAD , DIMPLE To…

ADVANCED SHEET METAL DESIGN USING NX CAD – ODD SHAPED ENCLOSURE OBJECTIVE To know basics of sheet metal module in NX CAD. To know the features like EXTRUDE, SHEET METAL FROM SOLID, FLANGE, JOG, HOLE, FLAT PATTERN. INTRODUCTION Metal having thickness from 0.1mm to 6mm are termed as sheet metal. Extremely thin…

ADVANCED SHEET METAL DESIGN USING NX CAD – BRACKET 1 OBJECTIVE To know basics of sheet metal module in NX CAD. To know the features like CONTOUR FLANGE, BEAD, BEND, HOLE, UNBEND. INTRODUCTION Metal having thickness from 0.1mm to 6mm are termed as sheet metal. Extremely thin are termed as foils or leaf above 6mm are…

ADVANCED SHEET METAL DESIGN USING NX CAD – BRACKET 2 OBJECTIVE To know basics of sheet metal module in NX CAD. To know the features like CONTOUR FLANGE, BEAD, BEND, HOLE, UNBEND, ADVANCED FLANGE, GUSSET. INTRODUCTION Metal having thickness from 0.1mm to 6mm are termed as sheet metal. Extremely thin are termed…

TOOLING AXIS CREATION AND DRAFT ANALYSIS FOR THE GIVEN CLASS A SURFACE (FAN COVER) OBJECTIVE The objective of the project is to create the tooling axis for the class a surface and to perform draft analysis INTRODUCTION The Draft allows the part to easily eject from the mold. The draft angle is to reduce friction between…

DESIGNING CLASS A, B & C SURFACE OF BASE BRACKET OBJECTIVE Create the Base Bracket Plastic component through the given Class-A surface, and create tooling axis, perform draft analysis and also create Class-B surface& Class-C surface. INTRODUCTION The Draft allows the part to easily eject from the mold. The draft…

DESIGNING CLASS A, B & C SURFACE OF SWITCH BEZEL OBJECTIVE Create the Switch Bezel Plastic component through the given Class-A surface, and create tooling axis, perform draft analysis and also create Class-B surface& Class-C surface. INTRODUCTION The Draft allows the part to easily eject from the mold. The draft…

DESIGNING SCREW BOSS AND DOG HOUSE FOR THE COIN HOLDER OBJECTIVE To create the Screw boss and dog house in the coin holder by following design rules. INTRODUCTION SCREW BOSS The boss is one of the basic design elements of a plastics moulding. Bosses are usually cylindrical because that is the easiest form to machine in…

DESIGNING RIBS FOR THE COIN HOLDER OBJECTIVE To create the Ribs in the coin holder by following design rules INTRODUCTION Ribs When the normal wall thickness is not stiff enough or strong enough to stand up to service conditions the part should be strengthened by adding ribs rather than making the whole wall thicker. The…

DESIGNING CORE AND CAVITY FOR SWITCH BEZEL OBJECTIVE Create the Core and cavity for the switch bezel INTRODUCTION The Draft allows the part to easily eject from the mold. The draft angle is to reduce friction between the core, cavity and part and it also avoid the damages. The minimum draft angle is 0.5 degree and the…

DESIGNING CLASS A, B & C SURFACE OF COIN HOLDER OBJECTIVE Create the coin holder Plastic component through the given Class-A surface, and create tooling axis, perform draft analysis and also create Class-B surface& Class-C surface. INTRODUCTION The Draft allows the part to easily eject from the mold. The draft…

DESIGNING CLASS A, B & C SURFACE OF DOOR ARM REST OBJECTIVE Create the coin holder Plastic component through the given Class-A surface, and create tooling axis, perform draft analysis and also create Class-B surface& Class-C surface. INTRODUCTION The Draft allows the part to easily eject from the mold. The draft…

ASSEMBLY WORKBENCH AIM  To create assembly for quick return mechanism and cv joint OBJECTIVES To create individual part files according to the given drawings To create assembly using the part files created  To create drafting for tha part and assembly  INTRODUCTION Assembly Design The Assembly Design used…

DOOR APPLIQUE DESIGN WITH ENGINEERING FEATURES OBJECTIVE Create the door applique Plastic component through the given Class-A surface, and create tooling axis, perform draft analysis and also create Class-B surface& Class-C surface. Create engineering features like locators and heat stakes. INTRODUCTION The Draft allows…

DESIGN AND DEVELOPMENT OF B-PILLAR THROUGH MASTER SECTION OBJECTIVE Create the door applique Plastic component through the given Class-A surface, and create tooling axis, perform draft analysis and also create Class-B surface& Class-C surface. Create engineering features like locators and heat stakes. INTRODUCTION…

1.What is BIW & Define its parts BIW-Body in White In the Automotive Industry BIW (Body in White) is the common terminology used to mention the car sheet metal welded structure (body shell). In today's situation, automotive BIW is made of steel (various steel grade material -DP, DD, HDP etc.) as well as made of aluminium…

1.What is the process of project execution activity?   RFQ: In BIW fixture design project begins. It starts with basic requirement or RFQ that we receive from customer. RFQ means request for quotation where in customer give his requirement specification etc. in form of some document or data to study or to work on…