AIM:-  To write a program in MATLAB that will simulate pendulum motion and to plot displacement & velocity with respect to time.   Objective:-1.To solve the following Ordinary Differential Equation (ODE)-                             …

Aim: - To write code in MATLAB that can create a PV diagram for an otto cycle and give thermal efficiency of the engine. Governing physics and formulae: - The Otto cycle is a set of processes used by spark ignition internal combustion engines (2-stroke or 4-stroke cycles). It consists of four processes added…

Aim: - To write a code in MATLAB to optimize a stalagmite function and to find global maxima of the function. Objective: - A. Using Genetic Algorithm (ga) to find global maxima to the following stalagmite function-                     …

Aim: - To parse NASA’s thermo.dat file and extract the data so as to calculate thermodynamic properties of given elements. Objective: -A. To extract the name and respective coefficients to calculate Molecular weight of each element Heat capacity at constant pressure Enthalpy Entropy   B.To plot the graph between…

Aim: - To write a program in MATLAB to simulate Rankine cycle. Objective: - 1. To calculate the state points for the Rankine cycle based on user inputs using XSteam.m file for steam table. To plot the T-S and H-S curve for Rankine cycle. To calculate work and heat exchange as well as other working parameters. Theory: -…

Aim: - To derive and write a program for in MATLAB for 4th order approximation for second order derivative by following methods- Central difference Skewed right sided difference Skewed left sided difference Objective: - 1. To evaluate the second order derivative of the function  `f(x)=exp⁡(x)cosx`   ,…

Aim: - To derive and write a program for in MATLAB for 4th order approximation for second order derivative by following methods- Central difference Skewed right sided difference Skewed left sided difference Objective: - 1. To evaluate the second order derivative of the function  `f(x)=exp⁡(x)cosx`   ,…

Aim: -  To write a code in MATLAB to fit linear and cubic polynomial for the given specific heat and temperature data. Objective: -  A. To fit the given data into following curves – Linear polynomial Cubic polynomial Fitting different curve in splitwise method To determine the fitness of these curves. Theory…

Aim: - To write a program in MATLAB to solve a 2-D heat conduction equation by using point iterative techniques for steady and transient state. Objective: - Solving the 2-D heat conduction equation for steady state and plot the temperature field analysis. Solving the 2-D heat conduction equation for transient state by…

Aim: - To write a program in MATLAB to simulate 1-D super sonic nozzle flow using Mac-Cormack’s Method. Objective: - To plot Steady state distribution of primitive variable inside nozzle for both conservative and Non conservative forms. To plot Time wise variation of primitive variable in Throat region of the Nozzle.…

Aim: - To simulate an incompressible-laminar-viscous flow through the backward facing step geometry. Objective: - Simulate incompressible laminar viscous flow through BFS geometry using solvers in OpenFoam. To compare the results of different grading i.e., 1 and 0.2 respectively any explaining the importance in grading/growth…

Aim: - To simulate an axis-symmetric flow by applying the wedge boundary condition to Laminar pipe flow and validate the results with Hagen- Poiseuille’s equation for fully developed Flow. Objective: - To calculate Flow variable such as velocities, pressure difference etc. To create a BlockMeshDict file using wedge…

Aim: - To simulate an axis-symmetric flow by applying the Symmetry boundary condition to Laminar pipe flow and validate the results with Hagen- Poiseuille’s equation for fully developed Flow. Objective: - To calculate Flow variable such as velocities, pressure difference etc. To create a BlockMeshDict file using…

Aim: - To set up steady-state simulations to compare the mixing effectiveness T tubes for two different temperature inlets in Ansys Fluent. Objective: - Using K-epsilon model to compare the mixing effectiveness when hot inlet temperature is 36°C & the Cold inlet is at 19°C for following cases- Case 1 -               …

Aim: - To simulate the flow over a cylinder and explain the phenomenon of Karman vortex street.   Objective: - Simulating the flow with the steady and unsteady cases and calculating the Strouhal Number for Reynold’s Number of 100. To calculate the coefficient of drag and lift over a cylinder by setting…

Aim: - To simulate external flow over an Ahmed Body. Objective: - Discussing Ahmed body and its significance. To run the Steady State simulation for the velocity of 25 m/sec with the default air properties in fluent using fine and courser mesh respectively.   Theory: - Ahmed body: Ahmed body represents the simplified…

Aim: - To perform Conjugate Heat Transfer (CHT) Analysis on Exhaust Port of a Four Cylinder Engine. Objective: - To simulate CHT analysis on 4-cylinder engine exhaust Port. To calculate wall Heat transfer Coefficient on internal wall of solid and Plot Appropriate velocity and Temperature contours. To validate the Simulation…

Aim: - To discuss CFD models based on mathematical analysis of Rayleigh-Taylor wave and simulate the Rayleigh-Taylor instability on Ansys Fluent and show the effect of variation in Atwood Number on behavior of Instability. Objective: - List and discuss some CFD models based on Mathematical analysis of Rayleigh-Taylor wave.…

Aim: - To perform Steady State Conjugate Heat Transfer Simulation on a Model of Graphic Card. Objective: - To find Maximum temperature and heat transfer coefficient attained by the model. To run the simulation for inlet velocity of 1 m/s, 3 m/s and 5 m/s. To validate the simulation and identify potential hotspot on the…

Aim: - To perform analysis on cyclone separator and calculate the separation efficiency and pressure drop.  Objective: - To discuss about four empirical models used to calculate the cyclone separator efficiency. To perform an analysis on a given cyclone separator model by varying the particle diameter from 1 μm…

Aim: - To perform a parametric study on the gate valve simulation by setting the opening from 10-80 percent. Objective: - To obtain mass flow rate at outlet for each opening setting. To calculate the flow coefficient and flow factor for each opening and plot the graph. To compare and discuss the results obtained from simulation.…

Aim: - To perform a combustion simulation on a combustion model and effect of addition of water in fuel on soot formation. Objective: - To plot the variation of the mass fraction of the different species in the simulation at different location of the combustion model along with soot formation and NOx emission. To add water…

Aim: - To calculate Adiabatic Flame Temperature (AFT) for combustion of different hydrocarbons using python. Objective: - To plot the variation of AFT to Equivalence ratio for combustion of Methane using Newton-Raphson iterative method and Cantera and compare the result in constant Volume chamber. To plot the variation…

Program to make Stochiometric Mixture Of Air-Fuel Mixture and Calculate its AFT """ Program to make an stochiometric Mixture of fuel and gases """ import cantera as ct gas= ct.Solution('gri30.xml') A = ct.Quantity(gas) A.TPX = 298.15,ct.one_atm,{'O2': 0.21, 'N2': 0.79} A.moles = 9.52 print(A.mass_fraction_dict()) B = ct.Quantity(gas)…

Aim: - To analyse the effect of recuperator on a furnace burning Methane-Air mixture Using Cantera. Objective: - To study the effect of preheating on Adiabatic Flame temperature. To analyse the effect of preheating on fuel saving by finding Combustion efficiency. Theory: - Recuperator – A recuperator is a special…

Aim: - To derive the reaction rate ODEs of a simple reaction mechanism. Objective: - To derive the reaction rates ODEs of the following mechanism -                 1.   CO + O2 ⇌  CO2 + O                 2.   O + H2o…

Aim: - To perform a study on Ordinary Differential Equation solution stability o Euler's Method. Objective: -  To write a program in python for Explicit and implicit method for Euler method and compare results for following ODE -                         …

Aim: - To solve following set of Differential equations:                                     `(dy_1)/dt = -0.04*y_1 + 10^4*y_2*y_3`                                      `(dy_2)/dt…

Aim: - To simulate Auto Ignition time for combustion of Methane using Cantera in Python. Objective: - To Plot the variation of Auto Ignition time of Methane with a constant temperature of 1250K and pressure varying from 1 to 5 atm. Plot the variation of Auto Ignition time of Methane with a constant pressure of 5 atm and…

Aim: - To perform a Sensitivity Analysis on GRI mech file. Objective: - To perform Sensitivity Analysis on GRI mech file reactions with respect to temperature and plot 10 most sensitive reactions To plot the change in temperature and Mole fraction of {CH4, H, OH} with respect Time. Theory: - Sensitivity – It is the…

Aim: - To perform Channel Flow Simulation using Converge CFD. Objective: - 1. To simulate channel flow and compare the result with 3 different base mesh sizes i.e.        dx = 2e-4 m          dy = 2e-4 m       dz =…

Aim: - To simulate flow over Backward facing step using Converge CFD. Objective: - To setup case for flow over Backward facing step in Converge with three different mesh i.e., dx = dy = dz = 2e-3 m dx = dy = dz = 1.5e-3 m dx = dy = dz = 1.0e-3 m To study Flow Separation and its significance in the flow. To plot Velocity…

Aim: - To run a steady state simulation for flow over throttle body. Objective: - To setup a case for steady state simulation for flow over throttle body model in Converge CFD. To post process the result and plot velocity and pressure contours along with mass flow rate variations. Introduction: - Throttle – It is…

Aim: - To run a transient simulation for flow over throttle body. Objective: -    1. To setup a case for transient simulation for flow over throttle body model in Converge CFD.    2. To rotate the valve in following configuration at given time – 0 to 2 ms - rotate 25 degrees. 2 to 4 ms - idle…

Aim: - To simulate steady-state subsonic and supersonic flow around convex corner and show Prandtl-Meyer expansion. Objective: - Discuss shock wave and different boundary condition used for shock flows. Discuss the Prandtl-Meyer expansion Fan and it working. To simulate flow with following conditions in the given model…

Aim: - To perform a transient state Conjugate Heat Transfer (CHT) simulation for Pipe flow using Converge. Objective: - To setup a CHT simulation for grid sizes [2 mm, 3 mm, 4 mm] with using Super-Cycling feature for flow of Reynold’s Number equal to 7000. To setup a CHT simulation for 3 mm grid size with using Super-Cycling…

Aim: - To setup a transient Shock-Tube simulation. Objective: - To setup a transient Shock Tube simulation with N2 and O2 as high- and low-pressure zone respectively. To plot the pressure and temperature history for entire domain. To show the change in N2 mass fraction along with velocity with respect to time. Theory:…

Objective: - Discuss Reynold’s stress. Derive an expression for Reynold’s stress by applying Reynold’s decomposition to the NS equations. Discuss Turbulent viscosity and how is it different from molecular viscosity. Theory: - Turbulence: - In fluid dynamics, turbulence or turbulent flow is fluid…

Aim: - To setup a No-Hydro simulation on an IC engine. Objective: - To prepare the surface and flag the boundary. To setup a no-hydro case and create an animation for the same and mesh with respect to time. Introduction: - Model of IC engine –   Diagnosing the model following problems are encountered  …

  Aim: - To run a Full-Hydro simulation on an IC engine. Objective: - Discuss the need of wall heat transfer model. why can't we predict wall temperature from CFD simulation? To prepare the surface and flag the boundary and setup a Full-hydro case. To Calculate combustion effeciency, Compression Ratio and use…

Aim: - To perform and visualize the sloshing effect of lubricant in a Gear box Model. Objective: - To discuss the fluid Sloshing effect and its implication on the model. To describe Dynamic meshing and its application along with use of UDF in the model. To simulate the sloshing effect in the gear Box using Following fluids/lubricants…

Aim: - To write a Reaction Reduction Mechanism Code for GRI3.0 Mechanism File. Objective: - To perform Sensitivity Analysis with respect to Temperature For all reactions IN the Mechanism File and Arrange them in decreasing Order. To run Ignition Delay reference and Max Temperature Analysis for Unreduced Mechanism for 5…

Aim: - To perform 1-D Flame Speed Analysis for Combustion of Methane (CH4) and Hydrogen (H2) Molecule. Objective: - To write a code in python to perform 1-D Flame analysis for Methane and Hydrogen by plotting Flame Speed and Temperature Plots along the width. To plot the variation of concentration of CO2 for both analysis…

Aim: - Emission characterization on a CAT3410 engine. Objective: - To create a sector geometry of combustion chamber with baseline Omega piston of a CAT3410 engine and an Open-W piston and run simulation for both. To calculate their performance parameter (Imep, HRR). Characterize and compare their emissions (Soot, NOx…