FREQUENCY ANALYSIS OF A ROTATING SHAFT USING FINITE ELEMENT ANALYSIS (using SOLIDWORKS)

https://skill-lync.com/projects/frequency-analysis-of-a-rotating-shaft-using-finite-element-analysis-using-solidworks

AIM: To find the critical frequencies of a rotating shaft in SOLIDWORKS OBJECTIVES: To understand the working of the rotating shaft alongwith the flywheel on it To find out resonance frequencies for different modal positions of the rotating shaft To accomplish the aforementioned using SOLIDWORKS INTRODUCTION: Resonant…

AIM: To perform a static analysis on two different kinds of plates with holes on it using SOLIDWORKS OBJECTIVES: To understand the concept of stress, strain and displacement in much more details To compare the analysis recovered by the two plates and find out the reason of such conclusions To accomplish the aforementioned…

AIM: To analyze the buckling phenomenon in a cyclone separator stand using SOLIDWORKS OBJECTIVES: To understand the principle of cyclone separators To understand the buckling phenomena and analyze it using the cyclone separator stand To create a stiffener between the legs of the stand and find the difference it creates…

AIM: To compare the stress, strain and displacement of the three cantilever beams and find the best out of them using SOLIDWORKS OBJECTIVES: To understand the build and properties of the three cantilever beams To compare the stress, strain and displacement of the beams under some force as mentioned above To execute the…

https://skill-lync.com/projects/flow-over-a-cylinder-for-different-reynold-s-number-using-solidworks

AIM: To simulate the flow over a cylinder in a given computational domain for different Reynold's Number using SOLIDWORKS OBJECTIVES: To understand the concept of Reynold's Number To simulate the flow of air over a cylindrical pipe and analysing it in SOLIDWORKS To create animation for different Reynold's Number INTRODUCTION:…

 https://skill-lync.com/projects/centrifugal-pump-design-and-analysis-using-solidworks-3

AIM: To obtain the relationship between Pressure Ratio and Mass flow rate of the volute of a centrifugal pump using SOLIDWORKS OBJECTIVE: To understand the working principle the volute of suction pump To derive the relationship as mentioned in the aim of the experiment To understand the working of flow simulation in SOLIDWORKS…

https://skill-lync.com/projects/flow-analysis-through-a-flow-bench-using-solidworks

AIM: To design and simulate the flow through a flowbench using SOLIDWORKS OBJECTIVE: To simulate a Grid Dependence test, i.e. to perform a simulation for different mesh grids for getting an exact flow geometry To run a parametric study to show the effect of valve lift on mass flow rate of the flowbench To understand the…

 https://skill-lync.com/projects/flow-analysis-of-a-naca0017-airfoil-using-solidworks

AIM: To analyse the velocity flow simulation over a NACA0017 airfoil using SOLIDWORKS OBJECTIVES: To analyse the drag and lift force over the airfoil for different angles of attack To analyse the velocity over the domain in which the airfoil is placed To understand the aerodynamic properties of the used airfoil using the…

AIM: To design a cylindrical pipe and perform a flow simulation for different values of inlet Reynold's numbers using SOLIDWORKS OBJECTIVES: To place line probes at `95%`, `90%` and `85%` of the pipe length To compare the normalized velocity profile at each of these locations To normalize the profile by the inlet velocity…

https://skill-lync.com/projects/design-and-motion-analysis-of-ic-engine-valve-train-using-solidworks

 AIM: To design and perfotm motion analysis of an IC engine valve train of different cam-lifts using SOLIDWORKS OBJECTIVES: To understand the working of an IC engine valve train To understand how different cam-lifts can affect the working of the valve train To analyze the above using SOLIDWORKS INTRODUCTION: A valvetrain or valve…

https://skill-lync.com/projects/piston-kinematics-in-different-positions-of-wrist-pins-using-solidworks

AIM: To design and simulate the piston kinematics for different positions of wrist pin, i.e. for positive, negative and zero offset using SOLIDWORKS. OBJECTIVES: To understand the basic components of a piston and their workings To understand the advantages and disadvantages of offsetting the wrist pin. To understand the…

https://skill-lync.com/projects/design-and-mbd-of-planetary-gear-system-using-solidworks

AIM: To design and do the motion analysis of various configurations of the Planetary System using SOLIDWORKS OBJECTIVES: To understand the various models and the mechanics behind the models of the planetary gear system To design the models via SOLIDWORKS and do the analysis of their motion. INTRODUCTION: A planetary gear…

https://skill-lync.com/projects/design-and-motion-analysis-of-internal-geneva-mechanism-using-solidworks

AIM: To design and simulate the Multi-Body Dynamics of an Internal Geneva Gear Mechanism using SOLIDWORKS OBJECTIVES: To understand the mechanism of internal Geneva gear To perform the motion analysis of the mechanism using SOLIDWORKS INTRODUCTION: The Geneva drive or Maltese cross is a gear mechanism…

https://skill-lync.com/projects/data-parsing-using-python-3

AIM: To create a data visualizer by parsing a given CONVERGE output file using PYTHON OBJECTIVES: To understand the concept of data parsing. To practice data parsing and doing all stuffs of calculations, plotting and other operations on the given data. INTRODUCTION: The process of "parsing" can be described as reading…

https://skill-lync.com/projects/curve-fitting-using-python-45

AIM: To demonstrate curve-fitting of a data given between `C_v` and temperature using scipy module of Python. OBJECTIVES: To understand the meaning of curve-fitting and regression To understand the working, necessary input parameters, output values of the 'curve_fit' function of scipy module of Python INTRODUCTION: In…

AIM: To find the best relationship for the curve between Cp and temperature according to their given unknown data.  OBJECTIVES: To understand the meaning of regression and find the best fit for a certain given curve. To distinguish between perfect fit and best fit. To gain knowledge about different methods to find…

AIM: To find the minimum pressure required to break the ice using Air Cushion Vehicle (ACV) using Newton-Raphson Method OBJECTIVES: To understand the concept of Newton-Raphson Method To understand the concept of breaking of ice using the ACV To use Python to get the above mentioned results INTRODUCTION: The ice breaking…

AIM: To create and simulate the forward kinematics of a 2R-Robotic arm. OBJECTIVES: To understand the working and the principles of a 2R-Robotic arm. To simulate the movement of the manipulator attached and understand the geometry behind it. INTRODUCTION: Robots and automated machines have changed the way we saw the world.…

https://skill-lync.com/projects/transient-behavior-of-simple-pendulum-using-python

AIM: To simulate the transient behavior of a damped simple pendulum. OBJECTIVES: To simulate and create an animation of the motion of the damped simple pendulum. To understand how to solve ordinary differential equations in Python using the scipy module. INTRODUCTION: In Engineering, ODE is used to describe the transient…

AIM: To solve a constraint minimization problem using Lagrange's Multiplier method OBJECTIVE: To understand the concept of Lagrange's Multiplier Method  To solve different constraint minimization problems using the above mentioned method INTRODUCTION: The Lagrange multiplier technique lets you find the maximum or…

https://skill-lync.com/projects/otto-cycle-using-python-4

AIM: To understand and to make an ‘OTTO CYCLE’ graph and analyze it. OBJECTIVES: To make a P-V graph of Otto cycle To find the thermal efficiency of the process INTRODUCTION: An Otto cycle is an idealized thermodynamic cycle that describes the functioning of a typical spark ignition piston…

AIM: To determine the drag force experienced by a cyclist on the road. OBJECTIVES: To understand and know about the relationship between drag force and its parameters namely The velocity of the vehicle The frontal area of the vehicle The density of the medium through which the vehicle passes The drag coefficient To plot…

AIM: To determine the drag force experienced by a cyclist on the road. OBJECTIVES: To understand and know about the relationship between drag force and its parameters namely The velocity of the vehicle The frontal area of the vehicle The density of the medium through which the vehicle passes The drag coefficient To plot…

https://projects.skill-lync.com/projects/BASIC-RANKINE-CYCLE-91440

AIM: To simulate the Rankine cycle OBJECTIVE: To understand the concept of Rankine cycle and find about the states of the cycle To understand all the parameters and efficiency factors of the cycle To gain more practice on how to create different thermodynamic cycles in MATLAB To understand how to get the data from external…

https://projects.skill-lync.com/projects/FILE-PARSING-OF-NASAS-THERMODYNAMIC-FILE-93257

AIM: To use the concept of ‘FILE PARSING’ and calculate the thermodynamic properties of different compounds given in a NASA thermodynamic file OBJECTIVES: To understand the concept of ‘FILE PARSING’ To understand about different thermodynamic properties of different molecules INTRODUCTION: The process…

https://projects.skill-lync.com/projects/OPTIMIZATION-OF-STALAGMITE-FUNCTION-USING-GENETIC-ALGORITHM-59761

AIM: To generate code for the Stalagmite function and optimize it using the ‘Genetic Algorithm’ function of MATLAB (‘ga’) OBJECTIVES: To understand the concept of Genetic Algorithm and how to utilize it to get desired result To understand the functioning of the Stalagmite function To understand…

https://projects.skill-lync.com/projects/TRANSIENT-BEHAVIOR-OF-SIMPLE-PENDULUM-52814

AIM: To simulate the transient behavior of a damped simple pendulum. OBJECTIVES: To simulate and create an animation of the motion of the damped simple pendulum. To understand how to solve ordinary differential equations in MATLAB using the function ‘ode45’. INTRODUCTION: In Engineering, ODE is used to describe…

AIM: To understand and to make an ‘OTTO CYCLE’ graph and analyze it. OBJECTIVES: To make a P-V graph of Otto cycle To find the thermal efficiency of the process INTRODUCTION: An Otto cycle is an idealized thermodynamic cycle that describes the functioning of a typical spark ignition piston…

AIM: To create and simulate the forward kinematics of a 2R-Robotic arm. OBJECTIVES: To understand the working and the principles of a 2R-Robotic arm. To simulate the movement of the manipulator attached and understand the geometry behind it. INTRODUCTION: Robots and automated machines have changed the way we saw the world.…