Design and Developement of B-Piller Cover using Class A Surface and Master Section Development

Abstract: A door is a hinged part which is used for entry and exit of the vehicles. Back doors are one of the type doors of the vehicle which are located next to the passenger seat which provides access to the luggage compartment. In most of the cars, these back doors are operated with the help of gas stay which in turn…

Aim: Design a Car Roof with its components by following the master section of the front roof rail (Front roof rail, bow roofs, center roof rail and rear roof rail) with all the design parameter. Abstract: Safety point of view vehicle roof plays very crucial role specially roll over kind of accidents, in which vehicle…

Aim: To design the car front fender using the given master section and also design the mountin areas for the mating component considering all the design parameters Fender is  the part of an automobile, motor cycle or other vehicle body that frames a wheel well (the fender underside). Its primary purpose is to…

Abstract: Traffic accidents are terrible scourge that occur in many countries, specially fordeveloping countries where transportation affairs like tangled yarn.Besides functioning as anengine compartment cover, the hood of modern compact SUV can also help to manage theimpact energy of a pedestrian’s head in a vehicle-pedestrian…

AIM:To design and devlopment of vehicle interior door trim using Catia v5 Tool using give A Class Surface and Adding thickness to it.Also to create a Ribs and Locators as per the given Master section SUMMARY:          This Project explain in brief regarding the Design life cycle followed in automotive…

A crash test is a form of destructive testing usually performed in order to ensure safe design standards in crash worthiness and crash compatibility for various modes of transportation  or related systems and components. Abstract: An automobile (car body structure) was designed and analyzed which can be…

A crash test is a form of destructive testing usually performed in order to ensure safe design standards in crash worthiness and crash compatibility for various modes of transportation  or related systems and components. Abstract: An automobile (car body structure) was designed and analyzed which can be…

  Aim: To check the geometrical error of the component and Extract the Mid Surface of the given Tyre Boot Floor Panel model and to do the 2D meshing for the component considering given quality criteria.  Abstract: Floor panel of the Vehicle A structural shear panel for forming a floor panel for support by a vehicle…

Aim: To check the geometrical error of the component and Extract the Mid Surface of the given Door model and to do the 2D meshing for the component considering given quality criteria.  Abstract: The door trim panels are key components making up the interior space of a vehicle. The main materials used…

AIM:To Create a Solid Body of B Piller Cover using Catia v5 Tool using give A Class Surface and Adding thickness to it.Also to create a Ribs and Locators as per the given Master section SUMMARY:          This Project explain in brief regarding the Design life cycle followed in automotive industry…

Aim:To create a solid body of a given Door Applique and Cetae the Locators and Heat Stakes on it as per design standard. Abstract: In this report we are goin to design the Car door applique which gives asthetic looks to the car.Once we design the applique we are going to design the locaters to arreset the degress of freedom…

AIM:To Create a Door Arm Rest and Added thickness to it SUMMARY:          This Project explain in brief regarding the Design life cycle followed in automotive industry by working on Practical Model Switch Bazel which is a Car interior trim Part.In this Report we have explain about the steps followed…

AIM:To Create a Door Arm Rest bazel from th given A Class Surface  and Add thickness of 2.5 mm to it and also carry out the draft Analysis of teh Component . SUMMARY:          This Project explain in brief regarding the Design life cycle followed in automotive industry by working on Practical…

         VEHICLE’S SUSPENSION SYSTEM ASSEMBLY Aim:To Mesh the Component both 2D meshing and Solid meshing cinsidering all the given quality criteria and to define the volume and do the volume meshing and also to give the connection whereever required.   Overview of Vehicle Suspension…

                                              Extraction Mid Surface and Meshing of the Car Dashboard Subparts using ANSA Workbench Aim: To check the geometrical error of the component and Extract the…

Challenge Name:2D Meshing of a Car Hood.   Aim: To fix the Geometric Errors in the give model and create the 2D meshing with proper mesh flow considering all the quality criteria given above.   Procedure Followed: 1)Import Model into ANSA 2)Geomterical Clean up and Topology 3)Extraction of Mid Surface 4)Assigning…

Aim: To check the geometrical error of the component and to do the 2D meshing for the component /considering given quality criteria.    Procedure Followed: 1)Import BottleCap.IGS file into the ANSA 2)Geometry Cleanup of the Component 3)Mid Surface Creation and Extraction 4)Thickness Assignment  5)Defeaturing…

Challenge Name:Intake Manifold Aim:To do Tetra Meshing and check for the giovem quality criteria Time taken:3hrs 50 mins Google drive Sharable Link of the model: https://drive.google.com/file/d/1Ab4P0Qj_KhN4HpOX4BVELAqTWNkLAq_T/view?usp=sharing

Challenge Name:Rear View Mirror   Aim:To mesh the Given  Solid Component considering all the given Quality Criteria.   Procedure: 1)Importing  .IGS file into the ANSA 2)Geometrical error check and Topology 3)Defeaturing 4)Surface Meshing 5)Defining the Volume 6)Volume Meshing 7)Check for Quality Criteria…

Aim: To do a connections for the given Rear Door FE Model and and to use the different types of coonection techniques such as Seam Welding ,Spot Welding,Nut and Bolt connection etc   Procedure: 1)Import the Door FE model into the ANSA Work Bench. 2)Study the model in terms of geometry and mechanism 3)Connection of…

Basic Study of the Different Morphing Technique using ANSA Morphing Deck   Aim:To understand the basics of different Morphing techniques and its used in various industries.   Procedure: 1)import .IGS File into the ANSA Workbench. 2)Geometry Cleanup and Topology 3)Perform Various Morphing techniques on the given…