HARI PRASANTH G

Skills Acquired at Skill-Lync :

- MATLAB-BASICS
- MBD-BASICS
- SOLIDWORKS-MBD
- CFD-BASICS
- SOLIDWORKS-FLOW-SIMULATION-BASICS
- PYTHON-BASICS
- NUMERICAL-ANALYSIS

12 Projects

Solving second order ODEs simulation of the transient behaviour of a simple pendulum using MATLAB

Objective:

AIM Write a program to simulate the transient behaviour of a simple pendulum and to create an animation of its motion using MATLAB. OBJECTIVES Simulate the motion between 0-20 sec, for angular displacement=0,angular velocity=3 rad/sec at time t=0. Solve second order ODE of a simple pendulum with damping using `"MATLAB…

08 May 2020 04:39 AM IST

Air standard Cycle PV Diagram visualizer using MATLAB

Objective:

AIM To create a PV Diagram and the thermal efficiency of the engine using MATLAB. OBJECTIVES Create a PV Diagram Calculate thermal efficiency of the engine EQUATIONS The volume of the engine with respect to the rotation `V(\theta)=V_c(1+1/2 (r_c-1)[R+1-cos\theta-(R^2-sin^2\theta)^(1/2)])`…

05 May 2020 03:56 AM IST

Study of Drag Force on cyclist and Flow over Bicycle using MATLAB

Objective:

AIM To study drag force on cyclist and major performances parameter in cycling using MATLAB. GOVERNING EQUATIONS: `bb "Drag Force " F_d=(1/2)*v^2*A*C_d*rho` where, `C_d " = drag coefficient "``v " = speed of the body "``A " = projected cross-sectional area of the body "``ρ " = density of the fluid "` …

01 May 2020 05:19 AM IST

2R Robotic Arm simulation using MATLAB

Objective:

AIM To simulate the position of end-effector of 2R Robotic Arm in 2D using MATLAB. EQUATIONS `"End-Effector Position "( X , Y )" Equation "` `X = L_1*cos(\theta_1)+ L_2*cos(\theta_2)` `Y = L_1*sin(\theta_1)+ L_2*sin(\theta_2)` `where;` `L_1" = Length of Arm 1"``\theta_1" = Angle of Arm 1"``L2" = Length…

02 May 2020 06:39 AM IST

Curve fitting of Specific Heat data using MATLAB

Objective:

AIM Write a program to fit a linear and cubic polynomial for the Cp data and measure the fitness characteristics for both the curves. OBJECTIVES Write code to fit a linear and cubic polynomial for the Cp data. Plot the linear and cubic fit curves. Measure the fitness characteristics of the curves. EQUATIONS…

10 May 2020 10:38 AM IST

Optimization of stalagmite function using Genetic Algorithm

Objective:

AIM To find the global maxima of the stalagmite function using Genetic Algorithm in MATLAB. OBJECTIVES Code the stalagmite function in MATLAB Optimize stalagmite function and find the global maxima of the function. Study 3 case of options of Genetic Algorithm 'ga' in MATLAB. BASIC STUDY Genetic…

30 May 2020 03:54 PM IST

Parsing NASA thermodynamic data using MATLAB

Objective:

AIMGenerate thermodynamic data from numerical coefficients supplied in NASA thermodynamic 'dat' file and plot datas for each species. OBJECTIVES Create a function that extracts the 14 co-efficients by reading NASA Polynomial format for CHEMKIN-II Calculate the enthalpy, entropy and specific heats for all the species…

19 May 2020 02:11 PM IST

Rankine cycle Simulator using MATLAB

Objective:

AIMTo create a Rankine Cycle Simulator using MATLAB. OBJECTIVES Calculate the state points of the Rankine Cycle. Plot the corresponding T-s and h-s plots of the Rankine Cycle. Get the steam table data for water from standard Xsteam library. Use steam table data to calculate the points in between the state variables. Calculate…

26 May 2020 09:34 AM IST

Multibody Dynamics of Internal Geneva Mechanism using SOLIDWORKS

Objective:

AIM Simulate Multibody Dynamics of Internal Geneva Mechanism using SOLIDWORKS. OBJECTIVES Create cad models of Internal Geneva Mechanism in SOLIDWORKS Create an assembly of Internal Geneva Mechanism in SOLIDWORKS Simulate Multibody Dynamics of Internal Geneva Mechanism using SOLIDWORKS at 10 rpm and 20 rpm. BASIC…

30 May 2020 03:50 PM IST

Multibody Dynamics of Planetary Gear Mechanism using SOLIDWORKS

Objective:

AIM Design a carrier for planet gear based on inputs and analyse planetary gear assembly using SOLIDWORKS Multibody dynamics. OBJECTIVES Understand input parameter for designing sun, planet and ring gear. Calculate missing parameters…

11 Jul 2020 04:02 AM IST

Multibody Dynamics of IC ENGINE VALVE TRAIN ASSEMBLY using SOLIDWORKS

Objective:

AIM Analyse IC ENGINE VALVE TRAIN assembly using SOLIDWORKS Multibody dynamics. OBJECTIVES Understand working of IC ENGINE VALVE TRAIN assembly. Calculate cam lift parameters for designing cam. Model IC ENGINE VALVE TRAIN assembly using SOLIDWORKS. Perform a Multibody Dynamics of IC ENGINE VALVE…

11 Jul 2020 10:32 AM IST

Multibody Dynamics of IC ENGINE Piston Assembly using SOLIDWORKS

Objective:

AIM Analyse IC ENGINE Piston Assembly using SOLIDWORKS Multibody dynamics. OBJECTIVES Understand working of IC ENGINE Piston Assembly. Model IC ENGINE Piston Assembly using SOLIDWORKS. Perform a Multibody Dynamics of IC ENGINE Piston Assembly. BASIC STUDY …

11 Jul 2020 11:05 AM IST

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