Week 3 - Solving second order ODEs

OBJECTIVE: To fit a linear and cubic polynomial for a given data and to show whether the result is good or bad. THEORY:    Curve fitting is a process of determining a best possible curve for a given data . This method is useful for extrapolation or interpolatio of data . In simple words, curve fitting process…

AIM:  To write a python program which reads the engine output parameter data file and perform the required objectives.   OBJECTIVES: To calculate the area under the P-V diagram. P is in column 2 and V is in column 8. To calculate the power output of this engine. Assuming that the RPM is 1500.…

Aim:   To calculate Salary for different employee levels using machine learning from the given data. Given Data: CSV file Problem analysis:       In this data, we have  one independent variable namely experience_level  and one dependent variable i.e., Salary. So, in this problem we have…

OBJECTIVE:               To write a program that solves the equation of motion of a simple pendulum with damping and to will simulate the pendulum motion.  THEORY: A simple pendulum consists of a ball (point-mass) m hanging from a (massless) string of length L and…

OBJECTIVE: To calculate drag force for different velocities by keeping the rest parameter constant and to plot the relationship between drag force and velocity. To calculate drag force for different coefficient of drag by keeping the rest parameter constant and to plot the relationship between drag force and coefficient…

AIM: To write a python code that can solve an otto cycle and to plot a PV diagram and also to show the  the thermal efficiency of the engine. THEORY: An Otto cycle is an idealized thermodynamic cycle that describes the functioning of a typical spark ignition piston engine. The Otto cycle is…

OBJECTIVE: To create a program in python to simulate the forward kinematics of a 2R Robotic Arm and to create a animation file of the plot. PROBLEM STATEMENT: To find the end-tip position of a manipulator in a coordinate space given its joint parameters (i.e., joint angles for revolute joints and link offset for prismatic…

AIM:     To run a pipe flow simulation with an inlet Reynolds number of 100,1000 and 10,000. For each of these cases do the following 1.line probes at 95%, 90% and 85% of the pipe length. 2. To compare the normalized velocity profile at each of these locations 3. To normalize the velocity profile by the…

AIM : To calculate the baseline case Reynolds number.  To run a baseline simulation and then calculate the Reynolds number and then to increase the Reynolds number by a factor of 20%, 40%, and 100% then run the transient flow simulation.  To calculate simulation end time properly  To create animations for…