MODELLING OF AMERICAN CHOPPPER IN SOLIDWORKS                                                                                                                                    …

RADAR MAST:-     MODELLING OF SUNSEEKER PREDATOR YACHT IN SOLIDWORKS                                                                                                                                    …

CASING DESIGN IN NX CAD Objective:- Designing of the casing with sheet metal using the NX cad with gibe dimension and requirements without any deviations. Introduction:- The NX cad software is used to create the models and calculate the product life management PLM. So now we are using the NX cad software to design the…

BOX ASSEMBLY DESIGN IN NX CAD Designing of the box assembly with sheet metal using the NX cad The NX cad software is used to create the models and calculate the product life management PLM. So now we are using the NX cad software to design the accurate and exact cad model of the given product. Design methodology:- Open…

ODD CLOSURE DESIGN IN NX CAD Designing of the ODD CLOSURE with sheet metal using the NX cad The NX cad software is used to create the models and calculate the product life management PLM. So now we are using the NX cad software to design the accurate and exact cad model of the given product. Design methodology:- Create…

BRACKET DESIGN IN NX CAD Designing of the BRACKET with sheet metal using the NX cad The NX cad software is used to create the models and calculate the product life management PLM. So now we are using the NX cad software to design the accurate and exact cad model of the given product. Design methodology:- Open new sheet…

METAL BRACKET DESIGN IN NX CAD Designing of the METAL BRACKET with sheet metal using the NX cad The NX cad software is used to create the models and calculate the product life management PLM. So now we are using the NX cad software to design the accurate and exact cad model of the given product. Design methodology:- Open…

Benchmarking is a comparison between the exciting model and our(company) model. It may be comparison between the parts, comparison between process or performance. This will be done in the same business area with competitors to grow their business in better than others. The benchmarking will be done in technically and non-technically.…

                                    Underbody Coating Underbody coating is a special coating given to the underbody of an automobile. Underbody coating will be applied after cleaning of the underbody to removing of dust, debris…

OBJECTIVE:- Designing of hood outer panel, inner panel and reinforcement with the given skin of outer panel hood skin and given design parameters. INTRODUCTION:- The hood is generally called as bonnet. It is used to cover engine of the automobiles. It will be used for protection and allows to access the engine compartment…

Fender:- Fender is used to cover the wheel. it is majorly used to prevent the mud, water to vehicle. They are also used to prevent the hitting stones and grounded particles to pedestrian when vehicle is moving. They are also used for aerodynamic purpose also. Fender is also one main important part in vehicle style, which…

AIM:- To calculate the section modulus for the previously designed hood and to come up with the new section by optimized and altered the design. That new section for increasing section modulus of the model. Theory:- Use the section from the hood assembly design take the drawing sketch of the outer most line of the hood…

AIM:- 1.For the given Car Roof styling, design and develop the essential flanges and reinforcements, namely the Ditch Area, Front Roof Rail, Rear Roof Rail, Centre Roof Rail and Bow-Roofs. Do a curvature study on the roof and perform calculations for Heat Distortion and Snow load criterion to determine and justify the…

AIM:- Using the provided styling surface to come up with a back door and using appropriate design methodologies and make the necessary reinforcements and emboss. Introduction:- A door is a hinged part which is used for entry and exit of the vehicle which are located next to the passenger seat which provides access to the…

Draft analysis of fan cover:- We got the fan cover to check the draft analysis of 3 degrees on it. Before checking or starting the procedure for draft analysis we need to check the surface. Initially we check the gaps between the surface and also check the no. of surfaces we have because, we need just one single joined…

Draft analysis of metal bracket CLASS A SURFACE:- We got the CLASS A SURFACE of the metal base bracket to check the draft analysis and creating the thicken part body from it. Before checking or starting the procedure for draft analysis we need to check the surface. Initially we check the gaps between the surface and also…

Draft analysis of metal bracket CLASS A SURFACE:- We got the CLASS A SURFACE of the switch bezel to check the draft analysis and creating the thicken part body from it. Before checking or starting the procedure for draft analysis we need to check the surface. Initially we check the gaps between the surface and also check…

Draft analysis of metal bracket CLASS A SURFACE:- We got the CLASS A SURFACE of the DOOR ARM REST to check the draft analysis and creating the thicken part body from it. Before checking or starting the procedure for draft analysis we need to check the surface. Initially we check the gaps between the surface and also check…

  Draft analysis of coin holder CLASS A SURFACE:- We got the CLASS A SURFACE of the CENTER CONSOLE COIN HOLDER to check the draft analysis and creating the thicken part body from it. Before checking or starting the procedure for draft analysis we need to check the surface. Initially we check the gaps between the surface…

Draft analysis of switch bezel CLASS A SURFACE:- We got the CLASS A SURFACE of the switch bezel to check the draft analysis and creating the thicken part body from it. Before checking or starting the procedure for draft analysis we need to check the surface. Initially we check the gaps between the surface and also check…

sketch constraints:- checking design rules:-   we followed the 2:1 ratio for the distance between the ribs. And we satisfied the design rules for rib creation. views:- feature tree:-

we have created the dog house and screw bosses on the coin holder:- views:- side tooling direction & main tooling direction:- draft analysis with main tooling direction:- draft analysis with saide tooling direction:- feature tree:- sketch constraints:-

SKETCH CONSTRAINTS:- VIEWS:- TOOLING DIRECTION:- FEATURE TREE:- DRAFT ANALYSIS:- Draft analysis on CLASS A SURFACE:- Draft analysis on part:-

VIEWS:- Feature tree:-

QUICK RETURN MECHANISAM:- VIEWS:- FEATURE TREE:- DRAWING SHEETS:- CV JOINT:- VIEWS:- FEATURE TREE:- DRAWING SHEETS:-

DEVELOPMENT DOOR TRIM PANEL:- We developed the door panel from the given master sections and CLASS A SURFACES of the door lower substrate, door arm rest, map pocket and bottle holder parts. Then we created the heat stakes, flanges, ribs and dog houses where ever required. And also we checked the draft analysis of each…

                                   DESIGNING OF FULLY FUNCTIONAL PISTOL                                              …