CORE & CAVITY DESIGNING OF SWITCH BEZEL USING CATIA

BACK DOOR DESIGN A backdoor is located at the rear end of the car which gives access for the boot space to store luggage. Spare wheel etc. This door can be operated manually or electric powered. In most of the luxury car is electric powered. Back Door also called as 'Hatch', or 'Tailgate', 'Trunk-lid', 'Boot-door'…

ROOF DESIGN & ANALYSIS   ROOF: The conventional task of the roof panel is that of compartment shielding, passenger protection and connection of body sides, front and roof cross members. In case of roll over, compartment integrity is provided by the compartment frames, while the roof responsibility is only to avoid…

BENCHMARKING BENCHMARKING: The differentiation over the aspects of the products or things within the necessity or requirements is called benchmarking. CASE STUDY: Mr.D.S.Pughazhyendhii is a married man who lives in Bangalore which is a highly crowded city. His family comprises of 5 members including his wife, 5-year boy,…

FENDER-WHEEL ARCH Fender: Fender is a component of an automobile body that frames as wheel wall, its primary purpose is to prevent sand, rocks and other foreign materials being throw away from rotating tire. Wheel-Arch: Wheel arch is a semi-circular part positioned above the wheel of the vehicle, the shaped part of the…

HOOD SECTION MODULUS Section Modulus(S): It is a geometric property of a cross section used in design of beams and flexural members. The section modulus is defined as the ratio of second moment of inertia (I) to the distance between the neutral axis to extreme end (Y). S=I/Y It is denoted in mm^3/In^3/m^3. For a given…

UNDERBODY COATING Under-body coating is a coating process to cars under-body to provide long term protection from corrosion, it also protects internal parts which are physically not accessible but can have a chance of corrosion. It will also reduce wear & Tear. Advantages of under-body coating: Minimises sound Reinforcement…

Objective   Designing a fender and providing mounting areas as dripping area, bumper mounting, baffle mount, Sill Mount, A-pillar mount and providing beads for dripping area to provide stiffness as per design standard Fender is a component of an automobile body that frames as wheel wall, its primary purpose is to…

Introduction:- Hood is a component of car used to cover the engine and its accessories, this hood design will gives the best and luxurious look for the car and some design considerations like weight and safety will be maintained while designing the hood. Various considerations to be taken: As hood is the primary and the…

OBJECTIVE: The main aim of this challenge is to create a 3D Model with the give drawings following dimensions using boolean operations and maintaining proper tree structure. MODEL:

TOOLING AXIS CREATION & DRAFT ANALYSIS OBJECTIVE: The main aim of this challenge is to create a tooling axis for a Class-A surface through bisection method and to perform draft analysis Tooling axis: The direction in which the mold or core and cavity opens is the tooling axis. STEP-01 Connectivity of Class-A surface:…

TOOLING AXIS, DRAFT ANALYSIS, PLASTIC COMPONENT CREATION OBJECTIVE: The main aim of this challenge is to create a tooling axis for Class-A surface and to create B-Surface, C-Surface from Class-A surface and to create a solid model from the surfaces created and perform draft analysis for both Class-A surface and the solid…

TOOLING AXIS, DRAFT ANALYSIS & PLASTIC COMPONENT CREATION OF SWITCH BEZEL OBJECTIVE: The main aim of this challenge is to create the Switch Bezel Plastic component through the given Class-A surface. To begin with, the tooling axis for the given Class-A Surface and to create B-Surface, C-Surface from Class-A surface…

TOOLING AXIS, DRAFT ANALYSIS & PLASTIC COMPONENT CREATION OF COIN HOLDER OBJECTIVE: The main aim of this challenge is to create the Coin Holder Plastic component through the given Class-A surface. To begin with, the tooling axis for the given Class-A Surface and to create B-Surface, C-Surface from Class-A surface and…

RIB CREATION FOR COIN HOLDER OBJECTIVE: The main aim of this challenge is to create rib for Coin Holder Plastic component following rib design rules and to perform draft analysis for the plastic component created. Taking the Thickness of the component to be 2.5 mm Tooling axis: The direction in which the mold or core…

Attachment Feature Creation for Coin Holder OBJECTIVE: The main aim of this challenge is to create screw boss and dog house for Coin Holder Plastic component following rib design rules and to perform draft analysis for the plastic component created. Taking the Thickness of the component to be 2.5 mm Tooling axis:…

CREATION OF HEAT STAKES & LOACTORS FOR DOOR APPLIQUE OBJECTIVE: The main objective of this challenge is to create tooling axis for the Door Applique surface considering the draft and to create class-B and C surfaces using class-A and adding heat stakes and locators to the final solid component and to perform draft…

B-PILLAR MASTER SECTION DEVELOPMENT OBJECTIVE: The main aim of this challenge is to develop B-Pillar master section using the class-A surface and intersections for dog house given following rib design rules to create ribs and to perform draft analysis for the plastic component created. Taking the Thickness of the component…

CORE & CAVITY DESIGNING OF SWITCH BEZEL OBJECTIVE: The main aim of this challenge is to create the Switch Bezel Plastic component and Core and Cavity blocks through the given Class-A surface. To begin with, the tooling axis for the given Class-A Surface and to create B-Surface, C-Surface from Class-A surface and perform…

TOOLING AXIS, DRAFT ANALYSIS & PLASTIC COMPONENT CREATION OF DOOR ARM REST OBJECTIVE: The main aim of this challenge is to create the Door arm rest Plastic component through the given Class-A surface. To begin with, the tooling axis for the given Class-A Surface and to create B-Surface, C-Surface from Class-A surface…

MOLD DESIGN, SLIDERS & EJECTION PINS CREATION FOR TABLE FAN BASE USING SOLIDWORKS In this report mold design, creation of ejection pins and sliders for table fan base was done by creating each individual part in assembly workbench following step by step process to attain best results. As there was the necessity of…

MOLD DESIGN, SLIDER & INSERTS CREATION FOR CPU FAN CASE USING SOLIDWORKS  In this report mold design and creation of sliders for cpu fan case was done by creating each individual part in assembly workbench following step by step process to attain best results.  As there was the necessity…

MOLD DESIGN, EJECTOR PINS, SLIDER, INSERTS, AIR VENTS, & COOLING CHANNEL CREATION FOR PLASTIC KNOB USING SOLIDWORKS  In this report mold design and creation of sliders for plastic knob was done by creating each individual part in assembly workbench following step by step process to attain…

MOLD DESIGN, EJECTOR PINS, SLIDER, INSERTS, AIR VENTS, & COOLING CHANNEL CREATION FOR CPU FAN BEZEL USING SOLIDWORKS  In this report mold design and creation of sliders for CPU Fan Bezel was done by creating each individual part in assembly workbench following step by step process to attain…

YACHT PART MODELLING, ASSEMBLY & RENDERING   Objective:           The main objective of this project is to create individual components of the yacht with proper dimensioning, constraints and with appropriate appearances based on the object type using Solid works modelling…

AMERICAN CHOPPER PART MODELLING, ASSEMBLY & RENDERING   Objective:           The main objective of this project is to create individual components of the chopper with proper constraints with appropriate appearances using Solid works modelling and making it a single…

PART MODELLING, ASSEMBLY & RENDERING OF GO-KART   Objective:           The main objective of this project is to create individual components of the Go-kart with proper dimensioning, constraints and with appropriate appearances based on the object type using Solid works…

MOLD DESIGN & SLIDERS CREATION FOR DOOR BEZEL USING SOLIDWORKS In this report mold design and creation of sliders for car door bezel was done by creating each individual part in assembly workbench following step by step process to attain best results. As there was the necessity of the sliders for the model, we should…