Aim: Write a program in MATLAB that can solve a second order ode and plot the animation of a pendulum. Objective: Solve a second order ode. Plot position and velocity of pendulum vs time. Generate an animation of the pendulum’s motion. The workflow of the program is as follows: Create a function which can easily…

Aim: Optimization of stalagmite function to find its maxima by applying the Genetic Algorithm. Genetic Algorithm: The genetic algorithm is a method of solving optimization problems which could be constrained and unconstrained. This algorithm is based on natural selection i.e. the process that that drives the biological…

Aim: Write a Matlab program to parse Thermodynamic data of NASA and calculate and plot enthalpy, entropy and specific heat of each molecule.   Governing Equations: The formulae to calculate to the TD properties are as follows: Specific Heat (at constant pressure)               …

Aim: Create a Rankine cycle simulator using Matlab. Objectives: Calculate the state points of the Rankine cycle based on user inputs. Calculate the net-work output and back work ratio of the cycle. Plot the corresponding T-s and h-s diagrams for a given set of inputs. Rankine Cycle: The Rankine cycle is the fundamental…

1) Aim - To simulate a gear shifter by giving speed as input.   Objective - Make a Simulink chart to simulate a gear shifter as per below conditions: Speed Range (kmph) Gear 0 to 15 1 16 to 25 2 26 to 40 3 41 to 60 4 Above 61 5 Final Model : Simulink Model :   Stateflow Chart :   Procedure : Create…

 Aim - Performing a system-level simulation of an All-terrain Vehicle. Objectives: Carry out a system-level simulation of an ATV model which can be downloaded from the following link:https://www.mathworks.com/matlabcentral/fileexchange/70576-baja-all-terrain-vehicle-atv-model Prepare a technical report explaining…

Aim - Create a MATLAB model of an electric car which uses a battery and a DC motor using suitable blocks from the Powertrain block set. Objectives : Detailed project report including: System-level configuration Model parameters Results Conclusion Introduction : Electric Vehicles - There are three main types…

Aim - Simulate a generic battery model charge-discharge using UDDS drive cycle data. --------------------------------------------------------------------------------------------------------------------------------------------------- UDDS stands for Urban Dynamometer Driving Schedule and refers to the United States…

Aim-  To simulate thermal effects for a 10 cell series lithium-ion battery at various temperature, charge and discharge rates using MATLAB. --------------------------------------------------------------------------------------------------------------------------------------------------- Cell Used: Panasonic NCR18650BF…

Aim - To prepare a detailed battery pack drawing along with its enclosure. ---------------------------------------------------------------------------------------------------------------------------------------------- Governing Equations: Battery Pack Capacity = Pack Energy (Whr)/ Pack Voltage (V) Number of cells in series…

Aim - Create the Switch Bezel Plastic component through the given Class-A surface. --------------------------------------------------------------------------------------------------------------------------------------------------- Class A Surface: This is the given class A surface which is used to create the class…

Aim - Create the Coin Holder Plastic component through the given Class-A surface. --------------------------------------------------------------------------------------------------------------------------------------------------- Class A Surface: This is the given class A surface which is used to create the class…

Aim - Create the Door Armrest component using the given Class-A Surface of the armrest and the the door. Objectives: Create CLASS B and Class C Surface for the Door Armrest using the given Class A Surface. Use the given Class A Surface of the Door for reference. Use the Close Surface feature to make a solid body…

Given Data: weight on front axle `w_f` = 1900 lb weight on rear axle `w_r` = 1552 lb wheelbase `l` = 100.6 in The tires have the following stiffness values: Deliverables: 1) Ackermann steer angles for 500, 200 and 50 Ackerman Steering Angle `delta = (180/pi)*L/R` For the given values of radius: Radius (ft) Radius…