Abstract: In this study, the matlab coding is done of pressure volume variation in otto cycle related to each other.This coding can be helpfull for design purpose of cylinder engine because here by changing the values we can determine the effect on other valued condition like by changing the compression ratio value…

Aim: Under this study we are focussing on internal geneva mechanism motion analysis and various things we will study which are mention below. 1. plotting the difference between  contact and  precise contact force of internal geneva mechanism at 10 rpm. 2. plotting the angular displacement of driven wheel at 10…

Abstract: Under this study, we are doing a MATLAB coding for parsing of NASA file (discreating a large informative statement to smal small informative statement)  which consist different sub parts of coding like as below mention; Writing a MATLAB coding for reading a NASA thermodynamic data file. Coding of extracting…

https://projects.skill-lync.com/projects/Crank-piston-motion-analysis-with-piston-pin-offset-54250

Aim: Creating motion analysis on planetary gears with ring gear, a carrier gear, a sun gear and four planet gears. To get this motion analysis, we will determine the number of teeth and diameter of planet gears for modelling the planet gear and after modelling it we will design the carrier with the help of planet gear’s…

Abstract:                                                                                         …

https://projects.skill-lync.com/projects/Internal-geneva-mechanism-motion-analysis-67812

https://projects.skill-lync.com/projects/planetry-gear-motion-analysis-27263

for row vector example for 1 to 5 numbers x=[1 2 3 4 5] now x =       1 2 3 4 5 and for column vector x=[1;2;3;4;5] now  x=        1       2       3       4       5

Abstract: In this study,we are doing finite element analysis (FEA) for comparing the three types of beam. These are  rectangular cross section beam,I cross section beam and c cross section beam. Introduction: This FEA is done by Solidworks 2016 version software. The comparison is done by considering the common length…

Abstract: In this study I have done the modelling of Ic engine valve mechanism assembly part which are Cam, Rocker arm, Pushrod, Valve and valve mount. After creating assembly the motion analysis is done in which lift of valve and different contact forces result estimated for two different Cam design. Introduction: The…

Abstract: In this study, we did motion analysis of crank piston assembly and compared the plotted result of piston displacement to time with three cases of wrist pin (piston pin) offset.one is zero offset second case is positive 10mm offset and third case is negative 10mm offset of piston pin. Introduction: we created…

Robotic arm is a link mechanism system which is mainly uses in automation industries for various purposes like as in welding processes,pick and placing component etc. In this study forward kinematics simulation of two link arm robotic system animation coding is done in matlab. This study can be usefull to understanding…

Aim: In this study we are doing the matlab coding of a pendulam motion.Pendulam motion is a kind of second degree ordinary differential equation. By doing this, we are able to understand the motion of many objects because there are many objects or component which follow same order ordinary differential equation. Introduction:…

Drag force is the force which play the role  between the relative motion of solid body and fluid.This force acts opposite to the motion of body.  By this study we can predict that how drag force can vary with the increasing velocity like in bicycling racing or in car racing etc . Different shapes have different…

Abstract: In this study we will we will do finite element analysis in two plots. First plate which consist only one hole and second plate consist three holes. Then we will find the result of stress, strain and displacement. Introduction: There are two plates on which we are doing study .The figure with dimension is given…

Abstract:  In this study, we will perform a buckling analysis on a cyclonic separator stand in SOLIDWORKS 2016 . This stand model is designed with a stiffener for creating the factor of safety against buckling. In this study we will also find the optimum position for the stiffener and Compare the results for all the…

Aim: In this study we are focusing the optimization of a function.Optimization of a function is a method to get optimum value or we can a best value for that function.Example  in a Industry,the product depends on various manufacturing processes like cutting operation time, grinding time,packing time etc. so the company…

Aim:The aim of this study is that to understand the curve fitting and how can we select suitable fitting method for finding the predictable value at unknown value .Under this study we will  understand the curve fitting by matlab programing.In matlab, we will show the different polynomial fit and error corresponding…

https://projects.skill-lync.com/projects/Ic-Engine-Cam-Valve-Mechanism-Assembly-71533

Aim: In this study, I have check the pressure variation of air on flow over a cylinder with variation of Reynolds number (Re). Introduction: Reynolds number is a parameter which shows the fluid behaviour that is laminar flow or turbulent flow. When a fluid flow over a cylinder, there are different region formed with varying…

Aim: In this study, I have study the effect on lift by increasing the angle of attack in solidworks software. In our study fluid is air. Introduction: Lift is a force which act as against the gravitational force. Generally when a body is contacting with the fluid then by their relative velocity, two forces generate one…

Aim: In this study, I did the flow simulation study on 3D model flow bench in solidworks software. In this study, I find the best mesh size by grid test for particular value of lift and after getting the best mesh, I find the mass flow rate effect by changing the different value of lift of valve. Introduction: An air…

Aim: In this study, i show the relationship between the mass flow rate and pressure ratio of centrifugal pump. This simulation study is done in solidworks software. Introduction: A centrifugal pump is a mechanical device designed to move a fluid by means of the transfer of rotational energy from one or more driven…

Please check my attached report and model for grading

Aim: Create the meshing of given Hood components of car by Hypermesh software under given Quality parameter. The given Quality parameter is: Theory: Hood of a car is a bonat or trunk of car which is used to protect the running performance parts of a vehicle. The opening and closing kinematic design of hood make easy of…

Aim: Mesh the given model with tetra mesh in Hypermesh software. Introduction: Tetra mesh is a 3D element, which is adapted to arbitrary geometries with high accuracy. The accuracy level of tetrahedral mesh is much higher as compare to other meshing element. There are three method to create the tetra mesh By generation…

Aim: In this study, I create the different type connectors in Hypermesh software. There are some given connectors, which should be fulfil.   Theory: Connectors are the component, which are used to connect  the  different component. There are different type of connectors in which some are given: Spot Seam…

Aim: This study, all is done in hypermesh software .In this study, I have done the mid surface creation with surface clean up from the surface errors of given model. The 2d meshing is also done in this project, this meshing full filled the all quality perimeter as given input Introduction:  In this given model mid…

Aim:  In this study, I have done the meshing of the component which is a Rear Wheel Holder challenge. This meshed element full fill all the given quality parameters. This all study is done in Hypermesh. Given quality parameter Introduction: Meshing is the discretization of model into finite element. Meshing element…

Objective: In this study two different plate with same size and different consisting operation are compared. This comparison will be based on stress generation and also some other result also be seen. This study is done in Ansys 2022 Given plates with dimension: Case1: 1.Generate the model of plate with given size, in…

Objective: In this study static structural analysis has done of two spur gear with output results of Equivalent stress, Deformation and Stress intensity. This study is done with comparison result of different material Grey cast iron, Cast steel and Cast bronze and at the final best suitable material will selected. This…

Objective: In this study Mesh grid dependency test of two worm gear has tested with the help of parametric study in structural analysis with output results of Equivalent stress, Deformation and Equivalent strain. This study is done with comparison result of different mesh size of 4mm,5mm and 6mm. This study is done in…

Objective: In this study simulation of weld joint has done. This study compares the results at different material of weld. Case 1.  Stainless Steel: In this case, the material of the plates must also be the same. Use Stainless steel for both weldments and plates. No need to add flux to the weldments. Case 2. Aluminium…

Objective: In this study Railwheel track analysis has done. The solution is compared with bearing load at 100000N and 500000N. The outcomes results are Equivalent stress , strain, total deformation and life  This study is done in Ansys 2022 Introduction: As per design purpose Railwheel does not design as a cylindrical…

Objective: simulation of sheet metal bending has done. This study compares the results at different cases. In this study, simulation of the rolling operation on a workpiece made of copper has done . the edge of the workpiece is displaced by 90mm. Result outcomes Equivalent stress for the whole setup Equivalent Plastic…

Objective: In this study simulation of wire bending has done. This study compares the results at different cases. In this study, I have performed an analysis to simulate the bending of a wire in ANSYS.I use Copper Alloy (Non-Linear), Aluminium Alloy (Non-Linear), and Magnesium Alloy (Non-Linear) for the wire alone. I find…

Objective: In this study simulation of sheet metal bending has done. This study compares the results at different cases. Case 1: Aluminium Alloy 1199, Copper Alloy NL, and Magnesium Alloy NL. Find out the Equivalent stress, Equivalent elastic strain, and Total Deformation in the Y direction and compare the results…

Objective In this study, I performed a transient analysis on a piston and cam mechanism model . The analysis with Frictionless contact, Frictional with 0.1 and 0.2 as the frictional contact for a total of 3 cases has run and the Equivalent Stress, Directional Deformation and Equivalent Elastic Strain are compared them…

Objective In this study, I  perform a transient structural analysis on a double universal joint with a spring using three different materials: Structural Steel, Stainless Steel and Titanium alloy. The three materials must be used on the joint with the springs alone and obtain the Equivalent stress and total deformation…

Objective In this study, i performed an explicit dynamics simulation of planar machining to find out the Equivalent Stress, Total Deformation and also insert a User defined result to calculate the temperature of the body. I performed 2 cases. One is with a cutting velocity of 20000mm/s and the other is with a cutting velocity…

Objective In this study, I have performed a car crash simulation parametric study using 3 different values of thickness for the car body which is 0.3mm,0.5mm and 0.17mm. I compared the the total deformation and Equivalent stresses results acting on the model for these three different thickness car body models. This study…

Objective: In this study , the understanding of unit conversion of one system to another system has done.   Introduction: LS-DYNA doesn't have a default system of units. User needs to input material properties and physical dimensions according to a consistent system of units as per their choice. This warrants…