In this sketch used posisitional sketch,create b surface ,csurface by using tooling axis .finally make the thick surface is the full of the work draft analysys is the main part of the work.              

In the diagram created by the suface design initally created by the tooling axis using line operation then create the core block ,cavity block ,main part .make all the thick surface in part body.draft analysys is the last operation.

week 9 challenge  I did screw boss and dog house By using surface and part design. initially tooling axis created screw boss dog house by the correct value. Then applying draft analysys.

 In this door arm rest created by the given  A class part to follow the a class by created the b class c class with the help of tooling axis tooloing axis is created by the bisecting method

Here i completed the door applique design by following a class created b class c class make solid part and created locaters heat stacker draft analysys aplied by tooling axis Tooling axis is created by the bisecting method

AIM:     To design and assemblle the Quick return motion mechanism. OBJECTIVE:      To create part model by given dimensions.      To assemble the all parts in assemble work bench. PROCEDURE:        To create the first part model then…

AIM: To design and development of door arm trim usung catia v5 with class A surface along with master section. Objective:  To create thickened surfaceusing master section fo reference.  To create the mounting feature as per the guidelines and master section.  To create draft analysys with tooling axis. Introroduction:…

AIM: To make electrical component in electrical work bench. procedure: To download the cat file in the website Then define body inn electrical component Then create connector point create bundle point create cavity connection point and axis system in lower side create The another component download the component from the…

To make the P clamp as the electrical  body. create the entry point ,exit point and plane. create support plane. finally crete the product. To make the connector point. create the connection point and axis. create bundle point. To create the COT create 15mm cot create cot 20mm create 35mm cot create 5mm cot create…

INTRODUCTION: Create the given components into electrical bundle connection. Initially download the all products To convert the electical components   Then create the axis connection and bundle point.   then create the pattern for assemble then insert all the components into electrical assemble work bench to asseble all…

Introduction: To create the harness A and B connection. procedure:  Download the cat file fromm the website Convert all the component electrical from mechanical Create connector connection point and bundleconnection point. Then assemble all the componenets Then connect all the compnents by bundle connection Then apply…

Introduction: To create the flattening the given harness assembly model by electical flattening. procedure: To apply geometrical bundle and cot. Then apply flattening the bundle. use rotate comand to rotate all the bundle   To create drawing sheet and insert the model. The cot are double line and bundle connections…

Aim: Route the Wiring harness on Given car body and Prepare flatten view drawing in CATIA V5. procedure:  create the connector in electrical part . create new product file and insert the door Then create geomentrical bundle file insert all clips and other product Then place all the things in correct places then start…

objective Route the Wiring harness on Given Engine and Prepare flatten view drawing in CATIA V5. procedure:  download all the connectors, engine and clips. engine file p clamp make all the things in electrical component then asemble the all things then create bundle connection then applied cot   next flatteninig…

obbective: Benchmark with presently available cars in the market for the following case. Bechmark: By discovering the best achievable performance, process gaps can be eliminated. While product benchmarking in the automotive industry traditionally involves other manufacturers, its primary purpose is to positively impact…

objective:  To study and obtain umderbody coating.  To prepare report pros cons. procedure: An undercoating is a spraying accessory that protects the vehicle’s body underneath. Rust Proofing Applying a protective layer of wax or other coatings on corrosion-prone areas outside the vehicle is rustproofing.…

Aim:  Create hood inner and outer panel using nx cad. procedure:  Insert the masetr section and take reference then trim the sheet then start inner panel design. trim the panel by design then join two parts apply bends in required place then create emboss apply bends then trim the sheet make space side area then create…

Aim:  Calculate the Wheel Arc area and prove whether the car will pass the standards or Not. wheel arch:     Wheel arch claddings are there to stop water and dirt ingress from getting into tight spots around the wings of the car to prevent corrosion. They also protect any electrics or pipework from…

AIM:    To design a fender wheel arch using master section model. Procedure:  Download the file from the website trim the sheet by th design extend tthe sheet design the sheet for fixing to body create emboss on the surface apply dart for support create other support make another support   Bumper mounting A pillar mount…

AIM: calculate the section modulus using the formula S = I/y in the HOOD design. Procedure:  To intersect the hood design Then hide the body and create sketch connect all the curves the fill command use to make sheet measure section modulus area of the sheet s=I/Y calulation for section modulus area  I=9.08825*10^5…

AIM: Develop the essential flanges and reinforcements, Provide appropriate dimensions and check for Draft analysis, and submit your Section Inertia report on the 0-Y section. PROCEDURE: To extract the surface from the model untrim the sheet   roof creation bow rail design Front roof rear roof creation Bow–roof…

Aim        To use the provided styling surface to come up with a back door design, use appropriate design methodologies, and provide the necessary reinforcements and embosses. procedure:      First create the inner panel of door from class A surface. then trim the sheet by required portion create the sheet upper and lower…