Hood design-Week 2

                                                                       FENDER DESIGN AIM:        To design the Sill, Bumper, Baffle and A-pillar mount area of the car fender from the given A fender surface by following the engineering standards. FENDER:       Fender is one of the BIW part of a vechicle. Sticky materials,…

AIM:      To calculate the Wheel Arch gap at required points and to check whether the car passes the European standard.  WHEEL ARCH GIVEN:                         EUROPEAN STANDARD:              …

                                      SECTION MODULUS CALCULATION AND OPTIMIZATION OF HOOD AIM:       To calculate the section modulus of the previously designed hood by analyzing its strength and also optimizing…

AIM:      To Design Hood Outer Panel, Inner Panel and the necessary reinforcements by given Master Section and the Design parameters. HOOD:       Hood is a main BIW component in front portion of a car. It is an opening body panel that covers the engine in front engine vehicle. It…

AIM:          To Route the Wiring harness on given car body and to prepare flatten view drawing in CATIA V5. OBJECTIVES: Route the wiring harness in given back door. Prepare flatten view drawing in CATIA V5. Apply all packaging rules and industry best practcies. Apply protection coverings…

AIM :       To route the wiring harness on given engine and to prepare flatten view drawing in CATIA V5.  OBJECTIVES: Route the wiring harness in given buggati V16 engine. Prepare flatten view drawing in CATIA V5. Apply all packaging rules and industry best practcies. Apply protection coverings…

UNDERBODYCOATING:             Underbodycoating is the process of coating the vechicle's body to prevent it from rust and corrosion. It provides long term protection from corrosion to car's underbody. It also protects parts like internal body panels, frame rails and other inner cavities that…

BENCHMARKING:       Benchmarking is the process of comparing various industry processes with the other industry best processes and getting the output. In other words, Benchmarking in the automobile industry involves a structured comparison between similar products services or processes on some dimension…

 DT06-2S:                      This connector housing consists of 2 terminals, it is defined as an electrical connector using electrical part design workbench. The axis system is created at the mating part of the connector, where the X,Y,Z axis are placed…

HARNESS B: Manifold 1:               This manifold housing is defined as a mounting equipment using electrical part design workbench. Points are created at both ends. Then Bundle connnection points and catalogues for the connector also created.  Connector 2 :      …

 DT06-2S:                      This connector housing consists of 2 terminals, it is defined as an electrical connector using electrical part design workbench. The axis system is created at the mating part of the connector, where the X,Y,Z axis are placed…

1. P Clamp:           The P Clamp is given by geometric parameters such as entry point and plane, Base plane, exit point and plane using part workbench. It is also defined electrically as the Support part using electrical part design workbench. Then the entry point and plane, base and exit plane…

1. Deutsch DT06-08SA:        This connector housing consists of 8 terminals, it is defined as an electrical connector using electrical part design workbench. The axis system is created at the mating part of the connector, where the X,Y,Z axis are placed at the direction of the locking mechanism of the…

DOOR TRIM ISOMETRIC VIEW : DOOR TRIM RIGHT SIDE VIEW : DOOR TRIM LEFT SIDE VIEW : TREE STRUCTURE 1 : TREE STRUCTURE 2 : TREE STRUCTURE 3 : TREE STRUCTURE 4 : TREE STRUCTURE 5 : TREE STRUCTURE 6 : TREE STRUCTURE 7 : TREE STRUCTURE 8: TREE STRUCTURE 9 : TREE STRUCTURE 10 : TREE STRUCTURE 11 : DRAFT ANALYSIS ON SURFACE A:…

DOOR HANDLE ISOMETRIC VIEW : DOOR HANDLE FRONT VIEW : DOOR HANDLE RIGHT SIDE VIEW : DOOR HANDLE TOP VIEW : TREE STRUCTURE 1 : TREE STRUCTURE 2 : TREE STRUCTURE 3 : TREE STRUCTURE 4 : TREE STRUCTURE 5 : TREE STRUCTURE 6 : TREE STRUCTURE 7 : TREE STRUCTURE 8 : TREE STRUCTURE 9 : SKETCH SOLVING STATUS : DRAFT ANALYSIS : REPORT…

SWITCH BEZEL ISOMETRIC VIEW : SWITCH BEZEL FRONT VIEW : SWITCH BEZEL TOP VIEW : SWITCH BEZEL RIGHT SIDE VIEW : TREE STRUCTURE 1 : TREE STRUCTURE 2 : TREE STRUCTURE 3 : TREE STRUCTURE 4 : TREE STRUCTURE 5 : TREE STRUCTURE 6 : TREE STRUCTURE 7 : TREE STRUCTURE 8 : DRAFT ANALYSIS OF SWITCH BEZEL : DRAFT ANALYSIS ON CORE PART…

BUMPER ISOMETRIC VIEW : BUMPER FRONT VIEW : BUMPER TOP VIEW : BUMPER TREE STRUCTURE 1 : BUMPER TREE STRUCTURE 2 : BUMPER TREE STRUCTURE 3 : TREE STRUCTURE 4 : TREE STRUCTURE 5 : BUMPER TREE STRUCTURE 6:   BUMPER TREE STRUCTURE 7 : BUMPER TREE STRUCTURE 8 : BUMPER TREE STRUCTURE 9 : BUMPER TREE STRUCTURE 10 : BUMPER…

 COIN HOLDER ISOMETRIC VIEW: COIN HOLDER FRONT VIEW: COIN HOLDER TOP VIEW: COIN HOLDER TREE STRUCTURE 1 : COIN HOLDER TREE STRUCTURE 2 : COIN HOLDER TREE STRUCTURE 3: COIN HOLDER TREE STRUCTURE 4 : COIN HOLDER TREE STRUCTURE 5 : COIN HOLDER TREE STRUCTURE 6 : COIN HOLDER TREE STRUCTURE 7 : COIN HOLDER TREE STRUCTURE…

SWITCH BEZEL ISOMETRIC VIEW: SWITCH BEZEL FRONT VIEW: SWITCH BEZEL TOP VIEW: SWITCH BEZEL TREE STRUCTURE 1: SWITCH BEZEL TREE STRUCTURE 2  SWITCH BEZEL TREE STRUCTURE 3: SWITCH BEZEL TREE STRUCTURE 4: SWITCH BEZEL TREE STRUCTURE 5: SWITCH BEZEL TREE STRUCTURE 6: SWITCH BEZEL DRAFT ANALYSIS:  REPORT ON DRAFT ANALYSIS:…

BASE BRACKET DESIGN: BASE BRACKET ISOMETRIC VIEW: BASE BRACKET FRONT VIEW: BASE BRACKET TOP VIEW: BASE BRACKET SIDE VIEW: BASE BRACKET TREE STRUCTURE 1: BASE BRACKET TREE STRUCTURE 2: BASE BRACKET TREE STRUCTURE 3: BASE BRACKET TREE STRUCTURE 4: BASE BRACKET TREE STRUCTURE 5: BASE BRACKET TREE STRUCTURE 6 : BASE BRACKET…