Design of Coin Holder in Catia V5

  ABSTRACT Now a day’s exercises play an important role in human life. As we know the exercising will reduce the amount of excess calorie of the body and the metabolic activities of the body. When doing exercise, a large amount of human energy is get wasted. Our project is mainly aim to convert this energy into…

AUTOMOTIVE B-PILLAR   OBJECTIVE:                       To design automotive B-pillar by doing reverse engineering with help of Master Section of the whole body in CATIA v5 INTRODUCTION:       …

                                                    Design Of Door Applique  OBJECTIVE:                     …

RIB CREATION: OBJECTIVE:          To Create the B-side features by adding the Ribs in CATIA v5. Plastic Part Design: RIBS:       Rib features help in strengthening the molded part without adding to wall thickness. In some cases, they can also act as decorative…

OBJECTIVE:    To create B-side features on the Plastic part( coin Holder) in CATIA v5. Boss Creation: The boss is one of the basic design elements of plastics molding. Bosses are usually cylindrical because that is the easiest form of a machine in the mold and it is also the strongest shape to have in the molded…

OBJECTIVE:      To design a Mold cavity for switch Bezel and conduct the Analysis in CATIA V5 INTRODUCTION:           Plastic molding is the process of shaping plastic using a rigid frame or mold. The technique allows for the creation of objects of all shapes and sizes with…

OBJECTIVE:          To create a solid part of a coin holder by taking a Class A surface Reference and Conduct the draft Analysis.                             INTRODUCTION: Coin Holder is a plastic component used…

OBJECTIVE: To Design a car door switch bezel using Class A surface in CATIA V5                     PROCEDURE: Import the class A surface into a Surface workbench in CATIA                     Check for the patches by applying…

OBJECTIVE:     To design the Base Bracket by using the Class A surface in CATIA V5 Introduction:     By using the Class A surface we are going to create a solid part by following OEM regulations. The designed part should be ready for molding so, the part is designed by assigning the proper draft.  …

Objective: To do the draft analysis on a class A surface ( Fan cover) in CATIA V5                      Draft: The draft is an angle provided for the part which is going to be manufactured by a molding process, It is just a taper with some angle on the faces of…

BENCHMARKING It is the practice of comparing business processes and performance metrics to the best practices from other companies.  And also it is a technique initially used to compare existing corporate strategies with a view to achieving the best possible performance in new situations, which has recently been extended…

                                                        AUTOMOBILE BACK-DOOR OBJECTIVE:           To design a Backdoor (Tailgate)…

                                                                      FENDER DESIGN OBJECTIVE: To design the car front fender with the help…

                                                                      DESIGN AND ANALYSIS OF ROOF OBJECTIVE: To design the Roof of the car and Conduct…

Objective: To design and assemble the parts of the car Hood in Siemens NX. About hood: A car bonnet is the metal part that covers the engine of an automobile. The term car bonnet is a British term, used primarily in England, Ireland, Scotland, Wales, India, New Zealand, Australia, etc. Bonnet comes…

               SECTION MODULUS OPTIMIZATION  Section modulus is a geometric property for a given cross-section used in the design of beams or flexural members. Other geometric properties used in the design include an area for tension and shear, the radius of gyration for…

Underbody Coating: A car’s underbody is exposed to the most wear and tear caused by muddy water, potholed roads, stones, and other obstacles on the road. With this, the car underbody of the vehicle gets rusted and damages the body parts of the vehicle. Because it’s not in plain sight, we often do not see the…

TITLE: Sheet metal design of BRACKET. OBJECTIVE: To design a sheet metal Bracket from a 2D sketch with help of NX CAD tool features. INTRODUCTION: In this project convert the 2D sketch to 3D and add the advanced features to get strengthen the bent portions. For this project, I have chosen the NX tool with help of advanced…

TITLE: Sheet metal design of BRACKET. OBJECTIVE: To design a sheet metal Bracket using NX CAD tool features. INTRODUCTION: The given bracket sketch is to be designed and modified by converting 2D to 3D parts in the NX tool. It has different shapes of bends and the bead is also bent at a certain angle. The corners of the…

TITLE: Advance sheet metal design of Odd shaped enclosure. OBJECTIVE: To design an Odd shaped enclosure by using the NX CAD tool. INTRODUCTION: Sheet metal is a comprehensive cold working process for metal sheets (usually below 6mm), including shearing, punching, folding, riveting, forming (such as car body structure).…

TITLE: BOX ASSEMBLY OBJECTIVE: To design a sheet metal model of BOX ASSEMBLY by using Siemens NX CAD tool. INTRODUCTION:          Sheet metal fabrication is a non-additive, non-subtractive process. It begins with flat material and, by definition, maintains constant material thickness throughout…

  TITLE: Advance sheet metal design of CASING OBJECTIVE: To design a sheet metal model of the casing using the NX CAD tool. INTRODUCTION:               Sheet metal is metal formed by an industrial process into thin, flat pieces. Actually, it is one of…