Week 6 - Creating connection for Rear door

AIM:     To Perform Morphing for given models and Increase the height of the Dog houses and Ribs. THEORY: Morphing:       Morphing is a special effect in motion pictures and animations that changes (or morphs) one image or shapes into another through a seamless transition.…

AIM: For the given Rear door FE model, Create and Apply different PIDs for different components and perform suitable connections. OBJECTIVE: To connect the different components in the rear door FE model with suitable connections. SOFTWARE USED: ANSA PROCEDURE:Importing the File: First, we want to import the given model…

TIME TAKEN FOR THIS TOOL TEST: MODEL (INTAKE MANIFOLD) The time is taken for geometry clean-up is 15 minutes. The time taken to generate 2D shell mesh using trias in this model is 1 hour. The time is taken to clear the quality criteria of shell mesh is 45 minutes. The time taken for executing 3D tetra meshing or volume…

AIM: For the given Rearview mirror component, check for the geometrical errors and mesh the Surfaces with the given 2D element Quality criteria and create a volume mesh with good surface quality (i.e. There should not and kinks and dips on the surface of the component.) OBJECTIVE: To check for the geometrical errors…

TIME TAKEN FOR THIS TOOL TEST: MODEL-1(SWITCH PANEL) The time is taken for geometry clean-up is 45 minutes. The time taken for taking the mid surface of the switch panel model is 2 hours. The time is taken for geometry clean-up of the switch panel model is 15 minutes. The time taken for the meshing and quality criteria…

AIM: To check for the geometrical errors for the given component. To extract all the mid surfaces of the given component with a suitable method. To mesh all components in the model with the given element Quality criteria. After meshing the component assigned thickness to the model. OBJECTIVE: To write a detailed report…

AIM: To check for the geometrical errors for the given component. To extract all the mid surfaces of the given component with a suitable method. To mesh all components in the model with the given element Quality criteria. OBJECTIVE: To write a detailed report on the meshing process and also mention which method we…

AIM: To check for the geometrical errors for the given component. To extract all the mid surfaces of the given component with a suitable method. To mesh all components in the model with the given element Quality criteria. OBJECTIVE: To write a detailed report on the meshing process and also mention which method we…

OBJECTIVE: To Mesh the given Component with a Mesh size of 5mm. Create connector and Attach the various parts of the given model  1. Right_Rail_2 & Front_truss_1:- Seam-Quad(angled+capped+L) 2. Left_Rail_2 & Front_truss_1:- Quad elements 3. Front_truss_2, Front_truss_1 & Right_Rail_1:- Spot weld with 3 Layers and 5 mm…

OBJECTIVE: To create 3D Meshing(Tetra mesh) for the housing model with Elements sizes: Min- 2mm, Target- 5mm, Max- 7mm, and Tet collapse: 0.15 To create 3D tetra mesh for the two given models with 6mm element size. SOFTWARE USED: Hypermesh DEFINITION: TETRA MESHING: Tetrahedral is a four noded solid element that can be…

AIM: To check for the geometrical errors for the given component. To extract all the mid surfaces of the given component with a suitable method. To mesh all components in the model with the given element Quality criteria. OBJECTIVE: To write a detailed report on the meshing process and also mention which method we…

AIM: To create a mid surface for a given component and mesh that model. Also, create 1D elements for that component with a given cross-section and DOF. OBJECTIVE: a. To create Rod element:- with only translational DOF and RBE2 link Cross-Section: BOX- Dimension a= 12 mm              …

AIM:  To analyze, the frontal crash BIW of the car and observe the resultant output and energy plots from the simulation. OBJECTIVE: To check the unit system and either follow[Mg mm s] or [Kg mm ms]. To create an appropriate interface, friction 0.2 and recommended parameters. Make sure of no penetrations and intersections.…

AIM: To analyze, the Neon side crash -BIW of the car and observe the resultant output and energy plots from the simulation. OBJECTIVE: To check the unit system and either follow[Mg mm s] or [Kg mm ms]. To create an appropriate interface, friction 0.2 and recommended parameters. Make sure of no penetrations and intersections.…

AIM: To create the mesh for bumper assembly and to study simulation of a crush tube in different cases. OBJECTIVE: To create the mesh for bumper assembly, mesh size should be 6mm.  To run the crash tube model as it is. To change the Inacti=6 and run. To create the type 11 contact and run. To remove both notches and…

AIM: To run the simulation for seven different cases and to compare the results of seven cases.  OBJECTIVE: To run the simulation by using the Failure Johnson model and named as Law2_epsmax_failure and save the results. To modify the Failure Johnson parameters of the previous model by changing the value of ifail_sh…

AIM: To compare the results with base simulation(study-1) and improved shell element properties(study-2) by using crash beam file as per given run time, animation steps, recommended properties of shell element, and finally to run the simulation of these two studies individually. Check the energy error and mass error…

AIM: To check the geometry cleanup, extract midsurface and to do 2D meshing for given three components they are practice model, clip repair, mounting bracket. OBJECTIVE: To write a detailed report on the 2D meshing process and also mention which method we used to extract the mid-surface. SOFTWARE USED: HYPERMESH (Radioss).…

AIM: To check for the geometrical errors for the given component. To extract all the mid surfaces of the given component with a suitable method. To mesh all components in the model with the given element Quality criteria. After meshing the component assigned thickness to the model. OBJECTIVE: To write a…

AIM: To list out the total weight of various types of aircrafts. To study the difference between ground speed and air speed. To explain how it is not recommended to use aircraft engine power to move it on the ground at the Airport. To study how an aircraft is pushed to the runway when it's ready to take off.  …

AIM: To study the Induction motor operation. To calculate the starting time of a drive with the given parameters. To explain the stability of a drive with the given parameters. OBJECTIVE: Study of induction motor operation and analysis of how the induction motor similar to the clutch. Calculating the starting time…

  AIM: To study MATLAB demo ‘Speed control of a DC motor using BJT H-bridge’ and it with  ‘The Four-Quadrant Chopper DC Drive (DC7) block’. OBJECTIVE: To run MATLAB demo ‘Speed control of a DC motor using BJT H-bridge’ and modify the model such that armature current doesn’t…

OBJECTIVE: To explain the types of power converter circuits that are employed in an electric and hybrid electric vehicle. To solve the problem by data's that are given in the question and determine what is EV steady-state speed if the duty cycle is 70% To explain Induction Versus DC brushless motors by Wally Rippel,…

OBJECTIVE: To explain the types of power converter circuits that are employed in electric and hybrid electric vehicle. To solve the problem by data's that are given in the question and determine what is EV steady state speed if duty cycle is 70% To explain Induction Versus DC brushless motors by Wally Rippel, Tesla.…

AIM: To comparing the HEV and EV vehicle by evaluating models and results of HEV and EV vehicle by using simulink. OBJECTIVE: To find  the difference between mapped and dynamic model of engine, motor and generator. To change model type By two methods.  To calculate miles per gallon and fuel flow for model…

OBJECTIVE:  To Use ADVISOR tool and simulate following  1.For EV_defaults_in file, if cargo mass is 500 kg with all other default conditions, can the vehicle travel for 45 km with FTP drive cycle? Conclude your observations. 2.In above case, try changing the battery capacity and repeat the simulation. 3.Perform…

AIM: To Analysis TATA ULTRA T.12 TRUCK by equating various calculation and observing the ratio of hill climbing power,gradeability, and to create Model the WOT (Wide Open Throttle) response of GM EV1 car. OBJECTIVE: To find the ratio of hill climbing power required by fully loaded tata ultra truck to the half loaded one.…

OBJECTIVE: To calculate the problem that are asked in challenge and finding the maximum speed of the motor used in an electric scooter capable to run at 90 kmph. To prepare a simple excel calculator to identify vehicle propulsion power based on given inputs and outputs. To find the difference in total traction power. To…

AIM:         To Prepare a technical report explaining the model properties & comments on the results. OBJECTIVE:   THEORY: MODEL 1: GENERIC ENGINE:                               ENGINE SENSOR:        …

AIM: Implement control logic of a washing machine using stateflow by giving certain condition as per power input and water input. As per this input ,machine operates and obtain output by lamp light. Create the stateflow for gear shift and vary the speed as input and obtain the ouput as the gear number in display.  …

OBJECTIVE:  The force on a cutting tool of a shaping machine varies over the length of cut as follows:    Distance (mm)     0     20     40     60     80     100…

AIM: To Make a Simulink model of Doorbell using solenoid block. To use a thermistor to sense the temperature of a heater & turn on or turn off the fan  OBJECTIVE: To Create a situation where the switch is closed for 2 seconds and then released. Observe the physical movement of the plunger. To sense…

AIM:         To file parsing of nasa thermodynamic file and to find the molecular weight of O2, N2, CO2. OBJECTIVE: To 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. To Calculate the molecular weight…

OBJECTIVE:                To Plot a function  yx=(x-1)*(x-3)^2*(x-9)^2 using basic Simulink blocks. INPUT CIRCUITS: y(x)=(x-1)*(x-3)^2*(x-9)^2  EXPLANATION: y(x)=(x-1)*(x-3)^2*(x-9)^2 From this equation we want to create a circuit diagram and find the output values…

https://projects.skill-lync.com/projects/FILE-PARSING-OF-NASA-THERMODYNAMIC-DATA-61801

https://projects.skill-lync.com/projects/GENETIC-ALGORITHM-BY-USING-MATLAB-31233

AIM:            To calculate the global maxima of a stalagmite function and to explain the syntax for Genetic Algorithm (GA) in MATLAB. OBJECTIVE: To write a code in MATLAB to optimise the stalagmite function and find the global maxima of the function. To expalin the concept…

OBJECTIVE: To Write code to fit a linear and cubic polynomial for the Cp data.   And to Plot the linear and cubic fit curves along with the raw data points. To Explain the parameters used to measure the fitness characteristics for both the curves. THEORY: CURVE FITTING            …

https://projects.skill-lync.com/projects/SECOND-ORDER-DIFFERENTIAL-EQUATION-USING-MATLAB-73246

AIM:             To simulate the transient behaviour of a simple pendulum using second order ODE's and to create an animation of it's motion using MATLAB. THEORY: SIMPLE PENDULUM                    Simple Pendulum's velocity and the displacement…

OBJECTIVE:           To Simulate a P-V Diagram For Air Standard Cycle Or Otto Cycle and finding the thermal efficiency of the engine using MATLAB. THEORY: OTTO CYCLE:               The Otto cycle consists of isentropic compression, heat addition at constant volume,…

AIM:       To Simulate the forward Kinematics of a 2R Robotic Arm Manipulator. OBJECTIVE:   To execute a program to simulate the forward Kinematics of a 2R Robotic        Arm Manipulator & functions of workspace. THEORY: ROBOTIC ARM:            …

                       CALCULATION OF DRAG FORCE USING MAT LAB AIM: To Calculate drag force for flow over bicycle. OBJECTIVE: To execute the program for plotting velocity vs dragforce with graph representation. To execute the program for plotting coefficient of…