Week 3 - Solving second order ODEs

Good Morning, I have attached the report in pdf format.     Thanks and Regards, Harsha.

Objective: To perform analysis on cyclone separator and calculate the separation efficiency and pressure drop. Introduction: Experiments performed to study the physics of certain phenomenon are costly and time-consuming. Numerical simulation is developed and used to reduce the time needed to study the nature and physics…

Objective: To observe the sloshing effect of aa fluid in the gearbox.Introduction:Experiments performed to study the physics of certain phenomenon are costly and time-consuming. Numerical simulation is developed and used to reduce the time needed to study the nature and physics involved in the system of interest. This…

Objective: To perform Conjugate Heat Transfer (CHT) analysis on the exhaust port. Introduction: Experiments performed to study the physics of certain phenomenon are costly and time-consuming. Numerical simulation is developed and used to reduce the time needed to study the nature and physics involved in the system of interest.…

Objective: To perform Rayleigh-Taylor instability study using CFD simulation. Introduction: Experiments performed to study the physics of certain phenomenon are costly and time-consuming. Numerical simulation is developed and used to reduce the time needed to study the nature and physics involved in the system of interest.…

Objective: To perform Conjugate Heat Transfer (CHT) analysis on the exhaust port. Introduction: Experiments performed to study the physics of certain phenomenon are costly and time-consuming. Numerical simulation is developed and used to reduce the time needed to study the nature and physics involved in the system of interest.…

Aim: To study the turbulence and the nature of the flow in the wake region of Ahmed body. Introduction: Experiments performed to study the physics of certain phenomenon is costly and time-consuming. Numerical simulation is developed and used to reduce the time needed to study the nature and physics of the system of interest.…

Aim: To simulate the flow over a cylinder and study the nature of steady and unsteady flows for a given Reynolds number. Simulate flow over a cylinder and study the variation in the drag coefficient for various Reynolds numbers. Objective: To conduct flow simulation over a three-dimensional cylinder would require a very…

 Aim: To use Ansys-Fluent and run simulation for the given mixing tee geometry under specified conditions. Objective: We have two mixing tee geometries of different lengths. We pass hot air at 390C and cold air at 190C through the two inlets at different momentum ratios and study the mixing effectiveness and outlet…

Aim: To perform topological clean-up as required for the given three geometries and complete surface wrapping for the merged model. Objective: To check for the geometrical errors and perform necessary topological clean-up for individual parts. Merge the three geometries into a single geometry. Perform surface wrapping…

  Aim: To generate surface mesh for the given Tesla cyber truck model and an enclosure for aerodynamic study with the specified parameters. Objective: To check for the geometrical errors and perform topological clean-up. Assign PID names to various parts of the cyber truck. Specify mesh parameters and generate the…

 Aim: To generate surface mesh for the given BMW car model and an enclosure for aerodynamic study with the specified parameters. Objective: To check for the geometrical errors and perform topological clean-up. Assign PID names to various parts of the BMW car. Specify mesh parameters and generate the mesh for the car…

 Aim: To rectify the topological errors in the given turbocharger model, assign appropriate PID names and perform surface and volumetric mesh with given parameters.Objective:To check for the geometrical errors and perform topological clean-up.Assign PID names to various parts of the pressure valve.Specify mesh parameters…

Aim: To generate surface mesh for the given pressure valve with the specified parameters. Objective: To check for the geometrical errors and perform topological clean-up. Assign PID names to various parts of the pressure valve. Specify mesh parameters and generate the mesh as per the problem statement. Terminology: The…

Objective:  To calculate the motion of the pendulum using differential equation defining simple harmonic motion and animate the result.Theory: The motion of a pendulum depends on Newton’s second law. The instantaneous position of the bob at given angle θ to the vertical is defined by the following equation.Where θ…

Objective: To simulate the forward kinematics of 2R Robotic Arm. Theory: A 2R robotic arm (manipulator) has two links arranged in a way that the first link is attached to the hinged support (point 1) by a rotational joint. The other end of the first link is connected to the second link by means of another rotational joint…