Week - 4 - 2D meshing for Plastic components

1. AIM: Carry out the geometry cleanup operation on the given. 2. OBJECTIVES OF THE PROJECT:           Do the following exercise Clean the geometry. Extract midsurface. Clean midsurface geometry. Ignore holes less than dia 5mm. Create 2D mesh with target length 5mm, min 3.5mm…

1. AIM: Mesh the given Geometry & Creating the connector in assembly. 2. OBJECTIVES OF THE PROJECT:           Mesh the given Geometry as per given quality criteria and Create appropriate connections in between parts. Target Element size - 5 Units S.N Quality Criteria …

1. AIM: Mesh the model with 3D tetra elements using Hypermesh. 2. OBJECTIVES OF THE PROJECT:            Mesh the model with given quality criteria as per below. MODEL 1, Create a Teramesh for Housing component with the following quality criteria.         TetraMesh…

1. AIM: Meshing of Door Inner Panel as per the given quality criteria using Hypermesh. 2. OBJECTIVES OF THE PROJECT:            Mesh the Model with below-mentioned quality criteria and assign the thickness.           Target Element Length = 4 Units…

1. AIM: Mesh the Plastic model in Hypermesh. 2. OBJECTIVES OF THE PROJECT:           As per the given Quality criteria mesh the Below model. S.N Quality Criteria  Value  1 Target Element Length  5 mm 2 Aspect Ratio  3 3 Skewness 45 4 Warping 30 5 Taper     …

1. AIM: Meshing of Rear Wheel Holder as per the given quality criteria using Hypermesh. 2. OBJECTIVES OF THE PROJECT:            Mesh the Model with below-mentioned quality criteria and assign the thickness. Target Element Length = 5 Units S.N Quality Criteria  Value  1…

1. AIM: Mesh the backdoor model as per the given quality criteria using Hypermesh. 2. OBJECTIVES OF THE PROJECT:           Mesh the backdoor geometry of the car with below-mentioned quality criteria and assign the thickness. Target Element size - 5 Units S.N Quality Criteria …

1. AIM: Meshing of the hood model as per the given quality criteria using Hypermesh. 2. OBJECTIVES OF THE PROJECT:           Mesh the Model with below-mentioned quality criteria and assign the thickness.           Target Element Length = 5 Units S.N Quality Criteria …

1. AIM : Perform a Stateflow in MATLAB & Simulink. 2. OBJECTIVES OF THE PROJECT : Solve the below Problem to perform a challenge: Implement control logic of a “washing machine” using Stateflow as per given sequence:  If the power supply is available, the system gets activated  If the Water…

1. AIM: To Become familiar with 1D elements of Hypermesh. 2. OBJECTIVE OF THE PROJECT : Mesh the Given component with the Size of 5 Units. Create 1D elements on the following component with a given cross-section and DOF. Rod element:- Translational DOF should be Constrained with RBE2 linkCross-Section: BOXDimension…

1. AIM : Make a Simulink model using solenoid block & thermistor block. 2. OBJECTIVE OF THE PROJECT : Make a Simulink model of Doorbell using solenoid block with the following details:       When the switch is closed the electromagnet receives electrical power from the battery…

1. AIM: Do a Meshing of the suspension Assembly and Establish an applicable connection.  2. OBJECTIVES OF PROJECTS:               For the given assembly, check for the geometrical errors and mesh with the given element Quality criteria. After meshing the component the thickness…

1. AIM: Do a 2D meshing on the instrumental Panel (DashBoard Sub Parts). 2. OBJECTIVES OF THE PROJECTS:              For the given component, check for the geometrical errors and mesh the mid-surface with good mesh flow as per the given element Quality criteria below . Also assigned…

1. AIM: Creating a Connections for Rear Door FE model. 2. OBJECTIVES OF THE PROJECT:                      For the given Rear Door FE model, Create and Apply different PIDs for different components and Generate suitable…

1.  AIM: Creating a Connections for Rear Door FE model. 2.  OBJECTIVES OF THE PROJECT:                      For the given Rear Door FE model, Create and Apply different PIDs for different components and Generate suitable connections between Parts. 3. BODY OF THE CONTENT:                      Let's First Import the Given…

1. AIM: Get knowledge about ANSA Morphing Basics. 2. OBJECTIVES OF THE PROJECT:              Practice on Morphing Techniques for given model - 1 & Perform morphing task for the Model-2 and Increase the Height of the Dog houses and Ribs.  3. BODY…

1. AIM: Do a Solid Meshing for the Rear view mirror component. 2. OBJECTIVES OF THE PROJECT:                      For the given Rear view mirror component, check for the geometrical errors and mesh the Surfaces with the given 2D element Quality criterias given…

Time for Switch_panel : (total time : 8 hr 15 min) 6 hr for mid surface generation 1 hr for cleaning up for meshing 30 min for topo cleanup 45 min for meashing     Time for Component: (total time : 4 hr 15 min) 12 min for mid surface generation 3 hr for topo cleanup and mesh geration 1 hr for creating seaperate PID

1. AIM: Do a 2D Meshing for the Plastic Component (Bottle Cap model). 2. OBJECTIVES OF THE PROJECT:              For the given Plastic Bottle Cap model, check for the geometrical errors and take the mid surface by suitable mid surfacing techniques. Set PID as per variety of thickness available in the model. Mesh the same…

1. AIM: Do a 2D Meshing for the given sheet metal part (Hood model). 2. OBJECTIVES OF THE PROJECT:              Extract the mid surface for all the components after checking the geometrical errors and mesh the mid surface with the given element Quality criteria as per below with…

1. AIM : Understand DC motor control components and Explain it with an example. 2. OBJECTIVES OF THE PROJECT :               Give the answer to the below questions to complete the challenge:               A. a. Explain a MATLAB demo model named…

1. AIM: Explore A EV Drivetrain Questions-Answers. 2 .OBJECTCIVES OF THE PROJECT:     Give the answer to the below questions to complete the challenge. Which types of power converter circuits are employed in electric and hybrid electric vehicles?    An Electric Vehicle's powertrain with 72V battery…

1. AIM: To Perform WOT Condition Part-2 based on given questions. 2. OBJECTIVES OF THE PROJECT:      Give Answer of the below Questions to complete the Challenge:       A: What is the difference between a mapped and dynamic model of engine, motor and generator? How can you change…

1. AIM : Use ADVISOR tool and simulate the given questions. 2. OBJECTIVES OF THE PROJECT:           Give Answer of the below Questions to complete the Challange. For EV_defaults_in file, if cargo mass is 500 kg with all other default conditions, can the vehicle travel for 45…

1. AIM : Carry out a system-level simulation of an BAJA ATV Model-terrain vehicle. 2. OBJECTIVES OF THE PROJECT: Download the model from here & Prepare a technical report explaining the model properties & comments on the results. Perform a simple " BAJA ATV Model " without a Lookup Table. 3.BODY…

1. AIM : Write a code in MATLAB to optimise the stalagmite function and find the global maxima of the function. 2. GOVERNNING EQUATION :  Stalagmite Mathematical Modle function ( Fitness Function ) :                                …

1. AIM : Create a Rankine Cycle Simulator using OCTAVE/MATLAB 2. GOVERNING EQUATIONS : Here are some equations that are used at the end of cycle to calculate work, efficiency & more.                      Turbine work `W_T = h1-h2` `(frac{kJ}{kg})`  …

1. AIM : Parsing NASA thermodynamic data (dat.file) 2. GOVERNING EQUATIONS :           The thermodynamic data are stored as polynomial fits to specific heat, enthalpy, and entropy. There are seven coefficients for each of two temperature-ranges. Thus for each species there are 14…

1. AIM: Solving second order ODEs of Simple Pendulum in MATLAB. 2. GOVERNING EQUATIONS: ODE of motion of a simple pendulum with damping, `frac{d^2theta}{dt^2}+frac{b}{m}frac{d theta}{d t}+frac{g}{L}sin theta = 0`  ...... (A) converting eq.(A) into first order differential equation. `frac {d theta_1}{dt}=theta_2`.....(B)…

AIM : Write code that can solve an otto cycle and make plots for it. GOVERNING EQUATIONS : pV = mRT (ideal gas equation). `=> PV^gamma = C` thermal efficiency = `[1-frac{1}{(r)^(gamma-1)}]100` non-dimensional equation for change in piston cylinder volume , `frac{V}{V_c}=1+frac{1}{2}(r_c-1)[R+1-costheta-(R^2-sin^2theta)^frac{1}{2}]`…