Coin Holder Design

AIM: To design and develop the Inner Panel and reinforcements for the Backdoor from the given class-A surface recieved from the styling department, ready for production.   AGENDA: To design the inner panel and Flanges for the given tailgate design. To perform Draft Analysis on the the components developed. To create…

AIM:  To Design and Develop a Reinforcements for the given Roof Design submitted by the styling team as per the master sections and parameters. AGENDA: To design the Reinforcements and Flanges for the given roof design. To perform curvature study and calculate the position for the Bow Roof Rail. To determine the Head distorsion…

AIM: To analyse the hood we have designed by calculating the Section Modulus and optimize the design for better performance.  THESIS: In this challange we will be taking the section of our Hood design and calculate the section modulus. we will take the section along the length of the load and find the moment of Intertia…

AIM: To create a production ready model of the given Class-A surface of a Fender complying to the European Standards.   THESIS:   The above highlighted Component in red shows where the fender is located on the car. The Fender being a Bolt-on component, it is mounted onto the chassis of the vehicle. There are…

AIM: To check and validate the given Fender Design whether the Wheel Arc complies with the European Regulations requirement or not.   WHEEL ARC : The wheel arc calculation has to comply with the European Standards inorder for the Fender to be road legal in Europe.   SKETCH:     CLEARANCE:   TABULATED…

OBJECTIVE: To create the 3D models of the Outer and Inner panels from the given Class-A surface of the HOOD.   THESIS: The HOOD of an automobile is also refered as the BONNET. The HOOD is used in order to protect the engine compartment for the external atmospheric conditions and also to decrease the drag generated…

UNDERBODY COATING OF BIW: i) CHEMICAL CLEANING :- The bodyshell (BIW) comes from the BIW construction facility and are chemically pre-treated in order to ensure optimal cleaning of the BIW from grease, Dirt, Aluminium residues and prepared for the next step. key parameters from the chemical manufactures are given which…

BENCHMARKING IN THE AUTOMOTIVE INDUSTRY.Benchmarking involves a structured comparison between similar products, services or processes on some dimensions of performance. For example it can be used to compare the availability and delivery of features in a product and in this form often provides the basis of consumer tests…

OBJECTIVE:  To create a production ready model of the given "DOOR TRIM PANEL" Class-A surface including all the engineering features according master sections as prescribed by the OEM standards. THESIS: The role of plastic in the design and manufacturing of automotive vehicles has never been more essential, with stringent…

TREE STRUCTURE:   DRAFT ANALYSIS: In the draft analysis of the Class A surface, we can observe that there is a slight draft issue. from the Draft analysis of the component we can observe that the part will clear tooling.   Draft analysis of the dog house shows that there is no issues with the ejection since…

1. QUICK RETURN MECHANISM: TREE STRUCTURE: THESIS: individual components were designed as a part, and were assembled in the "Assembly" workbench. constraints were given between the components and movement was simulated.   CV JOINT: TREE STRUCTURE:   THESIS: individual components were designed as a part, and were…

Frontal crash-BIW Check unit system and either follow[Mg mm s] or [Kg mm ms]. Create appropriate interface ,friction 0.2 and recommended parameters. Make sure of no penetrations and intersection. Correct rigid bodies if any issues. Create rigid wall with friction 0.1. Compare the model weight with the full scale 300k nodes…

DRAWING 1: TREE STRUCTURE:   VIEWS: ISOMETRIC VIEW: TOP VIEW: SIDE VIEW: FRONT VIEW: DRAFT ANALYSIS REPORT: CREATION OF TOOLING AXIS USING BISECTION METHOD: In this case, the tooling direction is considered to be Z-direction as it has the easiest ejection and least complications compared to other directions. …

DRAWING 1: TREE STRUCTURE: VIEWS: FRONT VIEW: SIDE VIEW: TOP VIEW: ISOMETRIC VIEW:   DRAFT ANALYSIS REPORT:   CREATION OF TOOLING AXIS USING BISECTION METHOD: In this case, the tooling direction is considered to be Z-direction as it has the easiest ejection and least complications compared to other directions. …

DRAWING 1: TREE STRUCTURE: VIEWS: ISOMETRIC VIEW: TOP VIEW: SIDE VIEW: TOOLING AXES: NORMAL TOOLING AXIS: SIDE TOOLING AXIS: BOTH TOOLING AXES: DRAFT ANALYSIS REPORTS: NORMAL DRAFT ANALYSIS: SIDE DRAFT ANALYSIS:   THICKNESS:      

DRAWING 1: TREE STRUCTURE: VIEWS: ISOMETRIC VIEW: FRONT VIEW: TOP VIEW: SIDE VIEW:   DRAFT ANALYSIS: DRAFT ANALYSIS FOR CLASS A SURFACE: DRAFT ANALYSIS FOR FINAL COMPONENT: REPORT: CREATION OF TOOLING AXIS USING BISECTION METHOD: In this case, the tooling direction is considered to be Z-direction as it has the easiest…

DRAWING 1: TREE STRUCTURE: VIEWS: CORE: ISOMETRIC VIEW: FRONT VIEW: TOP VIEW: SIDE VIEW: CAVITY: FRONT VIEW:   TOP VIEW:   SIDE VIEW:   PARTING LINE; PARTING SURFACE:   CREATION OF TOOLING AXIS USING BISECTION METHOD: In this case, the tooling direction is considered to be Z-direction as it has the…

DRAWING 1: TREE STRUCTURE: VIEWS: ISOMETRIC VIEW: SIDE VIEW: FRONT VIEW: TOP VIEW:     SPACING: The spacing height/width ratio in this case is taken as 2:1. hence the height and width are 12.51mm and 6mm respectively.   CREATION OF TOOLING AXIS USING BISECTION METHOD: In this case, the tooling direction…

DRAWING 1: TREE STRUCTURE: VIEWS: TOP VIEW: SIDE VIEW: FRONT VIEW: ISOMETRIC VIEW: REPORT: TOOLING AXIS:  The tooling axis was created by creating a line perpendicular to the class A surface at a point.  CREATION OF TOOLING AXIS USING BISECTION METHOD: In this case, the tooling direction is considered to be Z-direction…

 DRAWING 1: TREE STRUCTURE: DRAFT ANALYSIS REPORT:   VIEWS: TOP VIEW: SIDE VIEW: FRONT VIEW: ISOMETRIC VIEW:   CREATION OF TOOLING AXIS USING BISECTION METHOD: In this case, the tooling direction is considered to be Z-direction as it has the easiest ejection and least complications compared to other directions. …

  AIM:  1.To parse data from NASA's Thermodynamic data file. 2. To calculate the Entropy,Enthalpy,Specific heat and Molecular weight of the elements listed in the file. THESIS: Parsing is the process of analyzing a string of symbols, either in natural languages, computer languages or data structures, conforming…

AIM: To write a code to calculate the global Maxima of a Stalgamite Function. OBJECTIVE: To Optimise the Global Maxima using the Principles of Genetic Algorithm. THESIS: Global maxima is the highest point of a data set and is a Unique Point. so, for a given data there can be only one Global Maxima.  In this Program,…

AIM:   To generate the the P-V DIAGRAM and determine the THEMAL EFFICIENCY of an OTTO CYCLE using MATLAB. SOFTWARE:   MATLAB. THESIS:         Otto-Cycle is the basic process of how a 4-Stroke Gasoline powered S.I(Spark Ignition) engine works. 1 power stroke is produced in 2 revolutions of…

AIM: To plot a curve fit for a raw data given between Temperature and Specific heat. OBJECTIVE:  To generate a curve which fits best for the given raw data of temperature and specific heat. THEORY:  Curve Fitting is a curve plotted to generate an approximation curve for a given set of data points for better understanding…

AIM:  To simulate the motion of a SIMPLE PENDULUM. SOFTWARE: MATLAB. THESIS:     A Simple Pendulum consists of a Bob attached to a String. the bob is suspended from a rigid support by means of a string so that it can swing freely. this motion of the simple pendulum can also be termed as Oscillatory Motion.…

AIM: To study different Suspension Configurations and observe their behavior. SOFTWARE: SIMULINK(MATLAB). THESIS: Suspension is the system of tires, tire air, springs, shock absorbers and linkages that connects a vehicle to its wheels and allows relative motion between the two. Suspension systems must support both road…

SIMULATION OF A 2R ROBOTIC ARM . AIM: To simulate the working of a 2R robotic arm using MATLAB. PRICIPLE: The 2R Robotic arm works on the principle of FORWARD KINEMATICS. Forward kinematics are vastly used in developement of Robotics,Animation and Video games. THESIS: This project gives a basic idea on the functionality…

AIM: To plot a graph for the function yx=(x-1)*(x-3)^2*(x-9)^2 . SOFTWARE: SIMULINK(MATLAB). THESIS:  We can solve the function given using SIMULINK by using the predefined blocks in the Library Browser. The blocks used in the program are listed below, 1. Ramp    x 1 2. Bias      x 3…