2-D Shell meshing of Hood Model using Hypermesh

Frontal Crash test AIM: Frontal car crash simulation of Dodge Neon BIW using RADIOSS solver and Preprocessing using HyperMesh / HyperCrash. OBJECTIVE: The following are the requirements for this project: Set the model of the Neon Dodge ie, the FEA model, so that the required output requests can be post-processed from it. …

Side Pole Crash Simulation AIM: Side Pole Crash Simulation of Dodge Neon BIW using RADIOSS solver and Preprocessing using HyperMesh / HyperCrash. OBJECTIVE: The following are the requirements for this project: Check unit system and either follow [Mg mm s] or [Kg mm ms]. Create an appropriate interface, friction 0.2, and…

2-D Shell meshing of Side Door Inner Panel using Hypermesh AIM: The aim of this project is to extract a mid surface via the Manual method for the given model and perform 2-D meshing for the given quality criteria. OBJECTIVES: To import the model into the Hypermesh module and check for geometrical errors and clear…

2-D Shell meshing of Wheel Panel using Hypermesh. AIM: The aim of this project is to extract a mid surface for the given model and perform 2-D meshing for the given quality criteria. OBJECTIVES: To import the model into the Hypermesh module and check for geometrical errors and clear them so that we can extract a Mid…

2-D Shell meshing of Hood Model using Hypermesh AIM: The aim of this project is to extract a mid surface for the given model and perform 2-D meshing for the given quality criteria. OBJECTIVES: To import the model into the Hypermesh module and check for geometrical errors and clear them so that we can extract a Mid surface.…

AIM: The aim of this project is to Mesh the Given brackets and provide the various 1-D elements. OBJECTIVE: To Mesh the component using an Element size of 5mm. To provide various 1-D Elements like RBE2, Spring, and RBE3 links. To create a beam section and assign them to Rod, Beam, and Bar elements. PROCEDURE: Import the…

AIM: The aim of this simulation is to perform a Parametric Study of a Car body with varying thickness undergo the crash test. OBJECTIVE: To perform the Crash test for the body of the same material but with different thickness. Thickness-0.3mm Thickness-0.5mm Thickness-0.7mm PROCEDURE: Once we open the Ansys-Workbench model…

AIM: The aim of this project is to Simulate the bending of an iPhone under two different loading conditions and compare their results. OBJECTIVES: To perform the bending in the default position for the iPhone. To perform the bending after changing the position of the bottom fingers. Also, we will define an S-N curve data…

Aim: The aim of the challenge is to provide the appropriate connections between the parts in the given assembly using the right elements and the correct degree of freedom. Procedure: Step 1: Import the Fe Model and study the model completely look into the moving parts and the stationary parts so that we can give the right…

Volume Meshing for a Rear View Mirror Aim: The aim of this challenge is to remove any geometrical errors in the given parts and Mesh the parts with Tetra elements and create a volume while making sure there are no Kinks and Dips.  Procedure: Step 1: Import the Model and check for geometrical errors and once the geometrical…

Mid-Surface Meshing of a Sheetmetal Component Aim- This Challenge aims to clear the model of any geometric errors and offset a Mid Surface and mesh that surface under the given quality Criteria and maintaining a Good mesh all through the Component. Procedure: Step 1: Import the model and change the orientation so that…

AIM: The aim of this Simulation is to see the distribution of stress for the given workpiece undergoing Rolling Operation. OBJECTIVES: To increase the length of the Workpiece by 60mm and decrease the size on both sides by 8mm. To ensure that the workpiece is displaced by 90mm. PROCEDURE: Once we open ANSYS-WORKBENCH we…

AIM: The aim of this Simulation is to perform a Static Stress Analysis on Weld-joints with different materials but the same load case and will be identifying the Joints experiencing the most force. OBJECTIVE: In this case, the Weld and the plates will have the same materials as Stainless steel. In this case, the plates…

AIM: The aim of this simulation is to perform the analysis to simulate a sphere pressing on a plate with a Non-linear material and capture the Plastic Deformation. OBJECTIVE: Performing analysis to simulate a sphere pressing on a plate. We will be using Structural Steel for the Ball and Non-Linear Structural Steel for…

AIM: The aim of this simulation is to perform an Explicit dynamic simulation of a Machining with Planar Model. OBJECTIVE: To perform the simulation under two case  The cutting tool will be travelling with a velocity of 20000mm/s The cutting tool will be travelling with a velocity of 15000mm/s PROCEDURE: We will start…

AIM: The aim of this simulation is to find the Stress and Temperature of the Workpiece undergoing the Tension and Torsion test using Ansys-Workbench. OBJECTIVE: To perform a Tension test for the given workpiece. To perform a Torsion test for the given workpiece. PROCEDURE: We can start the simulation by setting up…

AIM: The aim of this Simulation is to perform an Explicit analysis of a Bullet penetrating into a Bucket. OBJECTIVE: The objective of this simulation is to perform the above analysis with three Non-Linear Materials they are: Aluminium Alloy NL Copper Alloy NL Stainless Steel NL PROCEDURE: First, we have to start by setting…

AIM: The aim of the challenge is to perform a Stress Analysis and Grid dependency test for the mesh sizes 4,5, and 6mm for a Bevel Gear and state the results. OBJECTIVES: To write a few words on the Grid dependency test. To perform a Grid dependency test for the Bevel gear simulation for the mesh sizes 6,5 and 4mm. To…

AIM: The of this Simulation is to perform a Static Stress Analysis on a Railwheel and Track setup under different load conditions and also create a user-defined result to calculate the Total Deformation and compare it with the inbuilt result from ANSYS-WORKBENCH OBJECTIVE: To Multiply the bearing load by 5 times and…

Stress Analysis of a Spur Gear. Aim: The aim of this challenge is to perform stress analysis on Spur gears under three different materials and compare their results. Objective: To conduct static stress analysis on the Spur gear component and find out the Equivalent stress, Total deformation, and Stress intensity…

Mid-Surface Meshing of a Dash Board with varying Thickness using ANSA Aim- This Challenge aims to clear the model of any geometric errors and extraction of a Mid Surface for a plastic component with varying thickness and mesh that surface under the given quality Criteria and maintaining a Good mesh all through the Component.…

Aim: The aim of this Challenge is to understand the working of Stateflows and create two models in SIMULINK with the given objectives. Objectives: 1, To implement the control logic of a “washing machine” using Stateflow as per the given sequence:  If the power supply is available, the system gets activated …

Finding the Global maxima of a function using the Genetic Algorithm via MATLAB. Aim: The aim of the challenge is to solve a Global optimization problem by understanding the working of the Genetic Algorithm in Matlab and finding the Global maxima of a function. Principle Theory: Optimization is a procedure that is executed…

Aim - The aim of this Project is to Mesh an Assembly consisting of different parts via Volume and Mid surface meshing after cleaning their geometry and connecting them with the appropriate connections. Procedure: Step 1: Import the model and check for errors like Crack and triple cones and single cones and clear them…

Parsing Nasa Thermodynamic data. Aim: The Aim of this project is to extract Temperature and coefficient data from each element and find their Specific heat, Enthalpy, Entropy, and Molecular mass. Objective: Separate and capture the Low-temperature coefficients and high temperature for each of the Elements. Separate the…

Objective: To define a drive cycle and calculate the braking energy required. To define why electric vehicles cannot generate braking torque at high speed compared to starting and also state how electric vehicles are coordinated. To create a Matlab code that plots contour of given motor speed, torque, and efficiency…

Using the Advisor tool to simulate various vehicle configurations. Aim: The aim of the challenge is to use the Advisor tool and Simulate the default EV vehicle and a PRIUS_Jpn_defaults_in file for various test conditions. Objective: To increase the Load to 500kg for the Default Electric vehicle and see if the…

Aim: The of this challenge is to create a code to find the path of the Robotic Arm with two rotational axes and create a Video file of the movement of the Arms. Working: Let's consider the below Two links as the robot arm and this arm has two rotational axes(θ">θθ1,θ">θθ2).…

Mid-Surface Meshing of a Plastic component with varying Thickness  Aim- This Challenge aims to clear the model of any geometric errors and extraction of a Mid Surface for a plastic component with varying thickness and mesh that surface under the given quality Criteria and maintaining a Good mesh all through the Component.…

Geometry Morphing Using Ansa Aim: The challenge aims to morph the Geometry and the mesh using the Morphing option to show the design changes. Procedure: Step 1: The First Step is to go to the Morph Module and select Boxes-New-ortho and select the features that you want to Morph. Select the option Geometry for a Geometry…