Benchmarking

AIM : To design Pin Units for the given sample component in both fixed and retractable types and to understand the designing procedures, fundamentals, and standards for a pin unit of the BIW fixture design. INTRODUCTION : Pin unit is a unit designed to locate car panels using pins. Components that consist of the unit are…

1 Design Methodology in Technology While design methodology is employed in many industries, it is commonly applied in technology fields, including those using the internet, software and information systems development. Several design methodology approaches have developed in the technology industry. Each was a reaction…

1. Project Execution Activity The project execution phase is usually the longest phase in the project cycle and the most demanding. In the project execution phase: Your team carries out all the planned activities, constructs deliverables, and presents them to the project. Your focus, as a project manager changes…

what is biw and 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 . In today's situation, automotive BIW is made of steel (various steel grade material -DP, DD, HDP etc.) as well as made of aluminium…

Aim:  To design car back door along with reinforcement and embosses by following master section with the design parametres for the given class A surface. Introduction: Tailgates are the rear gates that are attached to the back side of the vehicle and are used to provide security to the passengers sitting at the back…

AIM - To design the Roof creating its essential flanges and reinforcements using the roof styling given as the input. INTRODUCTION - An automobile roof or car top is the portion of an automobile that sits above the passenger compartment, protecting the vehicle occupants from sun, wind, rain,…

FRONT FENDER Fender is the American English term for the part of an automobile, motorcycle or other vehicle body that frames a wheel well,In British English, the fender is called the wing (this may refer to either the front or rear fenders. Its primary purpose is to prevent sand, mud, rocks, liquids, and other road spray from…

CALCULATING THE SECTION MODULUS OF THE HOOD OF A CAR AND OPTIMIZING IT FOR BETTER RESULTS OBJECTIVE The objective of the project is to find the section modulus of the designed front hood and optimizing it to get an improved section modulus compared to the previous section. INTRODUCTION Section modulus is a geometric…

HOOD DESIGN Aim: - To Design and assemble the Car Hood/Car Bonnet Inner panel Here we are going to understand What Is the Hood/Bonnet? What are the Materials Used to manufacture the Hood? What are the design considerations? About Hood/Bonnet The hood or bonnet is the hinged cover over the engine of motor vehicles that…

UNDERCOATING  Undercoating helps protect your vehicle against rust and corrosion. Seals on the underbelly parts have gotten a lot tighter and more effective at keeping out dust and moisture, but there are other factors to consider. Poor roads, rocks getting thrown from the tires and denting the metal, and corrosion…

BENCHMARK IN AUTOMOTIVE INDUSTRY Benchmarking is a process of measuring the performance of a company’s products, services, or processes against those of another business considered to be the best in the industry, aka “best in class.” The point of benchmarking is to identify internal opportunities for…

  YACHT ASSEMBLY    SURFACE MODELLING OF SUNSEEKER PREDATOR YACHT USING SOLIDWORKS   OBJECTIVE The objective of this project is to get a detailed understanding of Surface Modelling using SOLIDWORKS. This project includes designing and modelling each component of the yacht followed by assembly. Rendering…

Design and Assembly of American Chopper Bike with photo-realistic Rendering using SOLIDWORKS     OBJECTIVE The objective of the project is to design and assemble the AMERICAN CHOPPER BIKE with photo-realistic renderings using SOLIDWORKS 2020 in which the sketch should be fully defined and the mates in the assembly…

AIM : To create thickened and part mounting features for the given class A surface concerning the given master section as per design guidelines in the industry. and perform draft analysis and tooling analysis.   INTRODUCTION :            Door panels serve as an interface between…

AIM: To create  TOOLING AXIS, CLASS A, CLASS B, and CLASS C SURFACE and B side features by master section.     TOOLING AXIS extract the master section  lines.   create the bisecting lines between it.        CLASS B   offset the A surface.   improve…

AIM : Create TOOLING AXIS, CLASS A, CLASS B, and CLASS C SURFACE AND  the HEAT STAKES and the LOCATORS for the door applique.        create a tooling axis.    create class B surface   offset the class A surface.   extrude the boundary of the offset surface.   then extrapolate…

AIM : Create the screw boss and Dog House for the Centre console coin holder.     TOOLING AXIS STEP 1 Extract the base and create a point and axis system.           B SURFACE       C SURFACE         CLOSED SURFACE         creating…

AIM  Create the rib for the Centre console coin holder considering the design rules.   TOOLING AXIS STEP 1 Extract the base and create a point and axis system.           B SURFACE     C SURFACE         CLOSED SURFACE           RIB…

AIM  Create the rib for the Centre console coin holder considering the design rules.           DRAFTING  It is a tool that allows the user to ‘see’ whether the part they are designing can be removed from the tool being used to make it. In the case of plastic injection molded…

AIM : To create CORE AND CAVITY  from the previews switch bezel exercise.        Tooling axis When a machine with one or two rotary axes on the head is referenced by the Part Operation, you can check machine accessibility when defining the tool axis of a machining operation. The Tool Axis…

  AIM : Thicken the given surface by crating CLASS B and CLASS C surfaces and perform Draft Analysis and Tooling Axis.       TOOLING AXIS STEP 1 Extract the base and create a point and axis system.         B SURFACE   C SURFACE  …

AIM : Thicken the given surface by crating CLASS B and CLASS C surfaces and perform Draft Analysis and Tooling Axis.           TOOLING AXIS STEP 1 Extract the base and create a point and axis system.       STEP 2   STEP 3 use the interesting command on XZ direction and create…

SWITCH BEZEL   AIM : To create class B and class C surfaces from the given class A surface of switch bezel and crate tooling axis and draft analysis.   Tooling axis When a machine with one or two rotary axes on the head is referenced by the Part Operation, you can check machine accessibility when defining the tool axis…

 DRAWING 1  DRAFT ANALYSIS AND TOOLING AXIS :   AIM:  To create a tooling axis for the given base bracket surface by a bisecting method and perform draft analysis.   Tooling axis When a machine with one or two rotary axes on the head is referenced by the Part Operation, you can check machine accessibility…

 DRAFT ANALYSIS AND TOOLING AXIS :   AIM:  To create a tooling axis for the given fan cover surface by a bisecting method and perform draft analysis.   Tooling axis When a machine with one or two rotary axes on the head is referenced by the Part Operation, you can check machine accessibility when defining…