Aim- To create an out featured rib on the centre console coin holder. Procedure- Firstly open the coin holder using the open command. Rib- To create a rib first extract the base surface of the coin holder. ...     Create Ribs       Intersection   Draft analysis. ...    …

SCREW BOSS AND DOG HOUSE DESIGN ON COIN HOLDER AIM- Create the screw boss and dog house for the centre console coin holder considering the design rules mentioned in the video. General Rules for Screw bosses. • Draft of 0.5 degree on walls of boss• Thickness is 40% of the nominal wall at the base.• Height…

    AIM: to make a model from the provided class-A surface. OBJECTIVES: The tooling axis for the given Class-A Surface should be created to meet the requirements of the draft angle. Create the door applique plastic component through the given Class-A surface. Perform the Draft analysis on the model.  Create…

METHODOLOGY: In this model we have focused on the following things. Tooling axis Draft analysis Class-B suriace Class-C surface Making a solid model from surface FOR TOOLING AXIS:  First ensure the class-A surface is properly joined and has no discontinuity on it. For this we can use boundary command or join command.…

Switch Bezel Design   Tooling Axis Extract Base    Create Plane And Point on the extracted surface & creating tooling axis     Tooling Axis   Creation of Class B Extarction of Surfaces from Class A   Surface Untrim of Class A        Offsetting & trimming…

Coin Holder Design   tool Axis creation from Class A   Extarct surfaces & untrim        Extrapolate & trim the surfaces    Creation of ClASS B      Creation of Class C    joining Class C & B first And then joining with Class A      …

Design of CORE & CAVITY OF SWITCH PANEL BEZEL   Design of core in step by step explanation in image portration.   Step 1: To etrapolate class A surface for 17 mm   Core Design & its close surface   Cavity design & its close surface     Core & Cavity  Darft Analysis  

 Checking Class A Surface   Improved Class A   Creating Tool Axis     Class B Surface   Creating Class C Surface       Class A+c   Class A+C Trim Class B       Final Body with B features

Sketch   Part 1 Part 2   Part 3   Part 4   Part 5  Assembly  Drafting   CV Parts   Part 1  Part 2     Part 3   Part 4   Assembly      drafting  

Final project    AIM   To create a door interior part from the inputs of class A surface along with master section by following the design rules followed in tier 1 and OEM industries in Catia v5 SOFTWARE USED  CATIA V5  OBJECTIVES Create a sketch by using Positioned sketch All the should be sketches…

Design Procedures design procedure of adding the shrinkage and creating the Parting line and the parting surface Scale: shrinkage:1.006   Parting line     parting surface         Creation of Mold Blocks Core Block- Red color Cavity Block- Green color  

 Design Procedures  design procedure of adding the shrinkage and creating the Parting line and the parting surface   Scale: shrinkage1.006             Parting line         parting surface           Creation of Mold Blocks  Core…

Cavity Block   Core Block   Sliders     Washers     Final step

Mold Blocks 

       RADIAL ENGINE ASSEMBLY The Radial Engine assembly consists of 10 Parts which are first created as part files and later on assembled in an assembly file using different constraints. PISTON: The piston was created using different features like shaft, groove, pad, pocket, mirror.      …

The Motor blower assembly consists of 5 Parts which are first created as part files and later on assembled in an assembly file using different constraints. LOWER HOUSING: The lower housing was created using different features like Pad, Pocket and mirror.                    …

The main body was divided into two parts i.e Lower Body and Upper Body. Each of them was made separately and then added using boolean ADD. First, the Lower body was made by drawing its base sketch and then padded it. Then on its top surface, an elongated hole was drawn and then used pocket command. Then 'V' cut was made…

    STOCK BRACKET ASSEMBLY The Stock Bracket Assembly consists of 8 Parts which are first created as part files and later on assembled in an assembly file using different constraints. STOCK SUPPORT BASE: The Stock Support Base was created by using different features like Pad, Pocket , Groove, Shaft, circular…

Hi team,