Section Modulus calculation and optimization

Title : Bracket 2 Objective : Sheet Metal Component with good explanation on Sheet Metal modelling tools applied throughout the modelling. Introduction : In this challenge we have designed Bracket, given additional features like beading and then flattern the model. Design Methodology :       …

Title : Bracket Objective : To write report on Sheet Metal Component with good explanation on Sheet Metal modelling tools applied throughout the modelling. Introduction :  In this challaenge we have designed Bracket, given additional features like beading and then flattern the model. Design Methodology : …

Title : Odd Shaped Enclosure Using NX Sheet Metal Objective :  To create odd shape enclosure using NX sheet metal with detailed report on Sheet Metal Component with good explanation on Sheet Metal modelling tools applied throughout the modelling. Introduction :  We have seen complete Module of Sheet…

Title of the Project : Box Assembly. Objective : Design Box Assembly Using Nx Sheet metal. Introduction : In this challenge we have Designed Box Assembly. Box Assemly contains Box Upper lid Handel we have Design Box Assembly using various key features of NX sheet metal as below. Tabs Flanges Cutouts Corners…

Title of the Project : Casing Design. Objective : Design Casing Using Nx Sheet metal. Introduction : In this challenge we have Designed Casing using various key features of NX sheet metal as below. Tabs Flanges Cutouts Corners Bending Unbending Holes Dimple Beads Flat pattern Design methodology / approach (To…

Title : Assembly of Yacht. Objective : To model Radar mast and assemble the Yacht using SolidWorks . Introduction :  In this we have designed various components of Yatch, then Assembled them together. Also we have done Photorealistic rendering to Assembly. Here is the list of Parts used in Yatch Assembly. Hull…

Title of the Project : Assembly of American Chopper Model and Photo Realistic Rendering.  Objective : To design various component of American Chopper. Assemble the component American Chopper. And Create Photo Realistic Rendering for Chopper Introduction : In this Project we have Design Various Components…

Title: Assembly of American chopper Solution:  Part List: Chassis. Engine Rear Wheel Front Wheel Front Fork Gas Tank Oil Tank Chain Rear Fender Front Fender Pedal Right and Left side Kick Stand                              Conclusion: In…

Title : Chassis and Engine Design Objective : Model the Components shown below Chassis Engine Methodology:  1. Chasis  Steps and Features use for design    Using All this features we have Design Chassis           ISOMETREIC VIEW:        …

Title: Understanding the utility of Projected curves feature and Revolved cut feature in Solidworks Objective : Model the Components shown below Rear Wheel  Front Fork Solution:  Rear Wheel: Command used                           …

Title: Model Oil tank, Chain and pedal Objective : Understanding and implementing shell feature sketch blocks and Linear pattern in Solidworks. Solution:  1. Oil Tank Sketch on Top plane then give relation and dimension to fix sketch. Then extrude sketch Then draw sketch on Mid plane of extruded surface.…

Title : Mastering Solidworks User Interface Objective : Model the Components shown below Transmission belt Kickstand Front fender Fear fender Solution: 1. Transmission Belt Sketch 3point Arc and use line command to join them then give relations and dimension to sketch so that it should be Fully defined then…

Title : To calculate Wide Open Throttle. Objective:  To calculate the ratio of hill climbing power required by fully loaded tata ultra truck to the half loaded one. To Calculate how much can be the minimum length of the flyover, considering the minimum height at the summit should be 5.5 meters. Prepare a new drive…

Title : Forces Acting on a Vehicle Objective : 1. What should be the maximum speed of the motor used in an electric scooter capable to run at 90 kmph, if the fixed gear ratio is 7 and tire size is 90/100 R10 53J? How to read a tire?       Recalculate the same value if tire code is 90/90 R18 51P? Solution: …

Title: Design of backdoor. Objective:  Use the provided styling surface to come up with a back door design, use appropriate design methodologies and provide the necessary reinforcements and embosses.  Methodology:   Inner Panel       Complete Inner Panel       Thicken Inner…

Title : Roof challenge. Objective : For the give Roof styling, develop the essential flanges and reinforcements, Provide appropriate dimension and check for Draft analysis and also submit your section modulus report on 0-Y section. Start with the creation of roof ditch area the tool opening angle is only 3 degree. Do a…

Title : Section Modulus calculation and optimization Objective : Use the Section from your Hood design and calculate the section modulus using the formula S = I/y S = Section Modulus I = Moment of Inertia Y = distance between the nuteral axis and the extreme end of the object  Section Modulus calculation and optimization…

Title: Fender Design Challenge Objective : To design the Drip Area, Sillmount area, bumper mount region and A-pillar mount Region. Methodology:  Extract the Given model Geometry  Then start working on it gradually. Create seal mounting area using sketch ,Emboss and Edge Blend.     Then Trim the sheet…

Title : Wheel Arc Objective : Calculate the Wheel Arc area and prove whether the car will pass the standards or Not. Introduction :  Wheel Arc : It is a Semi-circular part of Fender which is placed above the wheel. It should be placed and design in such a way that it could protect Engine , Passengers and Pedestrains…

Title : Hood design. Objective :  Design Outer Panel with the Hem Develop the Inner Panel Develop all the Necessary Reinforcements Mirror and position the Hinge & Striker Provide Mastic Data Provide the required Emboss definition Develop a detailed Report for the Mastic position and Embosses you have placed Methodology: …

Under body coating Under body coating is done to protect the vehicle chassis from external environment, to ensure safety of car. Under body coating is a very important factor in order to increase life of vehicle. This is basically used to protect our vehicle against impact damage from small stones and also protect it from…

Title : Parsing NASA thermodynamic data Objective :  Write a function that extracts the 14 co-efficients and calculates the enthalpy, entropy and specific heats for all the species in the data file.  Methodology :   In this we have used following terms in equations High temp coefficient(b1,b2,b3,b4,b5,b6,b7)…

Title :Meshing a interior plastic component of a side door. Objective : To Mesh the interior plastic component of the side door of a passenger vehicle with given quality criteria. After meshing assign thickness and check if the geometry is captured properly. Methodology :  Open the Step file in ANSA.    …

Title: Optimization of Stalagmite Function using Genetic Algorithm. Objective : Write a code to calculate the global maxima of a stalagmite function. Genetic Algorithm : Genetic Algorithm is a function i.e \'ga\', it always tries to minimize the given fitness function. Genetic Algorithm can be used whenever a certain…

Title : Mesh Hood. Objective : To clean all the Topo errors of Hood also create Hemming and Mesh the Hood. Methodology :  Open the ANSA software and import the file of Hood.stp in it. Then set the PID mode on and enable all cons to be visible. Then Run Geometry Check for model.     We will find some Topo…

Title : Mesh the BMW M6. Objective : To remove all Topological errors and mesh BMW M6. Methodology :  Find all errors i.e Single coons, Triple coons, contour lines and etc. And eliminate error one by one.           Eliminate the contour lines. Select the contour line and Delete them by using…

Title :Solving second order ODEs Objective : Write a program in Matlab that will simulate the pendulum motion and animate the motion of the pendulum. Methodology : define the values as follow. g = gravity in m/s2, L = length of the pendulum in m, m = mass of the ball in kg, b=damping coefficient. L=1 metre, m=1 kg, b=0.05.…