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Sunny Karmur

DYNAMICS, CONTROL SYSTEMS AND MACHINE DESIGN

Skills Acquired at Skill-Lync :

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

Introduction

Research enthusiast in fields of Dynamics, Control Systems, Design, and Robotics. After completing undergraduate education, I decided to converge on higher studies in fields of mechanical engineering regarding dynamics, machine design, and robotics with my specialization being on control systems. the feat of achieving such a multidisciplinary goal took me to the domain where I spent months on learning higher engineering mathematics, rigorous theoretical coursework based on mathematical modeling, and other related subjects of my interest. However, this theoretical knowledge requires a great deal of computer assistance in order to make a sense of practicality as subjects like adaptive controls, FEM(finite element methods), MBD(multibody dynamics), and almost all parts of advanced mechanics rely heavily on the aid of computational software. speaking of which, I expanded my abilities to link theoretical subject framework to computational platforms like MatLab and Wolfram Mathematica along with coding capabilities in languages such as c++ and python. Moreover, the necessity of converting numbers into simulations and predicting real-world scenarios further inspired me to get skilled in modeling and simulation software like SolidWorks(CAD), Adams(MBD), Ansys(FEA+CFD), etc... therefore, the experience combining sheer knowledge of theory with state-of-the-art computer technologies makes a definition to my career in the revered field of mechanical engineering as a modern-day Mechanical Engineer.

13 Projects

NASA thermodynamic data parsing

Objective:

NASA THERMODYNAMIC DATA PARSING: in this project, we will first read the file and extract the required data values. the initial coding is devoted to extracting global temperature from header of file; remaining coefficient values for each species are extracted in the next program block.   EXTRACTING GLOBAL TEMPERATURE…

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19 Apr 2020 09:17 PM IST

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    optimum value search on stalagmite function using genetic algorithm

    Objective:

    GENETIC ALGORITHM :  genetic algorithm is a type of more general evolutionary algorithms. these algorithms are nature's adopted ways of life form progression. It's a nature-inspired approach to optimization, 'the process of getting the most out of it'. the main idea behind is 'survival of the fittest', proposed by…

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    06 Dec 2020 08:02 PM IST

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      pendulum motion with damping

      Objective:

      PENDULUM DAMPING MOTION SIMULATION for describing the damping oscillatory motion of the pendulum, we have to define parameters for this apparatus. along with this, we are taking  few assumptions in order to accurately observe the effect of damping on oscillatory motion.  assumptions:  1) string is massless…

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      09 Feb 2020 10:55 AM IST

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        Week 2 Air standard Cycle

        Objective:

        PV DIAGRAM OF AIR STANDARD OTTO CYCLE for plotting the PV diagram and obtaining values of state variables at all four points, we will take a case study of a standard gasoline engine. ENGINE PARAMETERS (SI units): bore = 0.1 m stroke length = 0.1 m connecting rod length = .15 m compression ratio = 12 along with engine parameters,…

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        28 May 2020 02:54 PM IST

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          Week 3 - Solving second order ODEs

          Objective:

          PENDULUM DAMPING MOTION SIMULATION for describing the damping oscillatory motion of the pendulum, we have to define parameters for this apparatus. along with this, we are taking  few assumptions in order to accurately observe the effect of damping on oscillatory motion.  assumptions:  1) string is massless…

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          01 Jun 2020 05:45 PM IST

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            Week 5 - Curve fitting

            Objective:

            CURVE FITTING USING LINEAR APPROXIMATION: INPUT: import math as M import numpy as np import matplotlib.pyplot as plt from scipy.optimize import curve_fit # FITTING LINEAR CURVE THROUGH DATA # defining curve fit function for the first order(linear) polynomial def poly_1(t,a,b): f = a*t + b return(f) # getting source data…

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            18 Jun 2020 09:43 AM IST

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              Week 6 - Data analysis

              Objective:

              DATA VISUALIZER PROGRAM: following python code takes column numbers as input from user and then fulfills all the purpose listed in question stem for data visualizer program. NOTE: sublime ide does not support taking inputs from user, hence, the 'sublime REPL' package has been installed in order to modify sublime for taking…

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              25 Jun 2020 08:39 AM IST

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                Internal Geneva Mechanism

                Objective:

                AIM :  to impart motion analysis study on internal geneva mechanism assembly and obtain various characteristic data of physical quantities related to the motion study.   INTRODUCTION TO GENEVA MECHANISM : The name, Geneva drive, is derived from the device's earliest application in mechanical watches, which were…

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                27 Jul 2020 06:38 PM IST

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                  Planetary Gear Systems

                  Objective:

                  PURPOSE:  to impart motion analysis study on system consisting of epicyclic gearing and analyze output results in its various cases of operation EPICYCLIC GEAR SYSTEM: History and introduction An epicyclic gear train (also known as planetary gear) consists of two gears mounted so that the…

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                  01 Dec 2020 01:07 AM IST

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                    MBD Simulation on a Piston Assembly

                    Objective:

                    AIM: To carry out motion analysis study on piston assembly and it's various stroke length arrangements   INTRODUCTION: the piston assembly under consideration is made of the following parts: piston head connecting rod end cap gudgeon pin crank PART FILE (link): https://drive.google.com/drive/folders/1xR1eQ2jykauIAzXmLGYrUrIMtXqosexB?usp=sharing…

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                    08 Aug 2020 04:27 PM IST

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                      MBD Simulation on IC Engine Valve Train

                      Objective:

                      AIM: to apply motion analysis study on I.C.Engine valve train and obtain valve displacement as well as analyze contact forces exerted within various components of the assembly. DESIGN OF CAM : to obtain the desired cam lifts of 3.5 mm and 6 mm, we have to modify parameters of the cam. the design considerations of cam used…

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                      16 Aug 2020 02:12 AM IST

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                        Buckling analysis on connecting rod of Suzuki 2.0 L spark-ignition engine

                        Objective:

                          INRODUCTION: The connecting rod is the transitional part between the piston and the crankshaft. Its essential capacity is to transmit the push and pull from the piston pin to the crank pin, in this way changing over the reciprocating motion of the cylinder into turning movement of the crank. The capacity of connecting…

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                        04 Dec 2020 06:03 AM IST

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                          Response characteristics analysis and stability optimization of heavy vehicle suspension systems

                          Objective:

                          AIM:    This project presents a method for systematic investigations on static and dynamic roll behavior and improvement to the stability dynamics based on increasing roll stiffness of the suspension. One of the major differences of this study from previous work is that it includes parametric sensitivity…

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                          06 Dec 2020 08:02 PM IST

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                            3 Course Certificates

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                            MATLAB for Mechanical Engineers

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                            Multibody Dynamics using SolidWorks

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                            Python for Mechanical Engineers

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