FREQUENCY ANALYSIS OF A ROTATING SHAFT

AIM: TO RUN A FINITE ELEMENT FREQUENCY ANALYSIS  FOR A ROTATING SHAFT USING SOLIDWORKS SIMULATION.   OBJECTIVE: To create 3D model of shaft. To perform Frequency analysis simulation study for the shaft. To obtain a plot for five different Amplitudes. To find the critical frequencies. To compare the results.  …

AIM: TO RUN A FINITE ELEMENT ANALYSIS OF PLATE WITH HOLES USING SOLIDWORKS SIMULATION.   OBJECTIVE: To create 3D models of Plates. To perform Static analysis simulation study for first plate (with 1 hole in the center). To perform Buckling analysis simulation study for second plate (with 3 holes). To obtain a plot…

AIM: TO RUN A FINITE ELEMENT ANALYSIS OF BUCKLING PHENOMENA  IN CYCLONE SEPERATOR STAND USING SOLIDWORKS SIMULATION.   OBJECTIVE: To create 3D model of Cyclone separator stand. To perform Buckling analysis simulation study for cyclone seperator stand without stiffener. To perform Buckling analysis simulation…

AIM: TO RUN A FINITE ELEMENT ANALYSIS OF BENDING IN BEAMS USING SOLIDWORKS SIMULATION.   OBJECTIVE: To create 3D model of Beams. To perform Static structure analysis simulation study. To obtain a plot for Stress distribution. To obtain a plot for displacement. To obtain a plot of Strain. To compare the results for…

AIM: TO CREATE A MODEL AND RUN A FLOW SIMULATION OF CENTRIFUGAL PUMP USING SOLIDWORKS CFD.   OBJECTIVE: To create a 3D model a Centrifugal pump. To perform Flow simulation study. To obtain a plot for Total pressure. To obtain a plot for velocity variation. To obtain a plot of flow trajectory. To obtain a plot for…

AIM: TO CREATE A MODEL AND RUN A FLOW SIMULATION OF FLOW THROUGH A FLOWBENCH USING SOLIDWORKS CFD.   OBJECTIVE: To create a 3D model a flow bench. To perform Flow simulation study. To obtain a plot for lift vs mass flow rate. To obtain a plot for velocity variation. To obtain a plot of flow trajectory. To perform…

AIM: TO RUN A FLOW SIMULATION FOR FLOW OVER AN AIRFOIL USING SOLIDWORKS CFD.   OBJECTIVE: To create a model of a NACA0017 airfoil. To perform Flow simulation study. To obtain a plot for velocity variation at a cut plane. To obtain a plot for pressure variation at a cut plane. To calculate and plot the lift force.…

AIM: TO RUN A FLOW SIMULATION FOR FLOW OVER CYLINDER USING SOLIDWORKS.   OBJECTIVE: To perform Flow simulation study. To calculate the Baseline case Reynolds number. To obtain a plot for velocity variation at a cut plane. To obtain a plot for pressure variation at a cut plane. To create the Animation video. To create…

AIM: TO RUN A PIPE FLOW SIMULATION USING SOLIDWORKS.   OBJECTIVE: To create the Pipe with three-line probes, enclosed by lids. To perform Flow simulation study. To obtain a plot for velocity variation at a cross section. To export the results to a spreadsheet. To create flow simulation at 85%,90% and 95% of pipe length…

AIM: TO DESIGN PARTS AND ANALYSE THE MOTION STUDY OF IC ENGINE PISTON MECHANISM USING SOLIDWORKS.   OBJECTIVE: To create 3D models for all parts. To perform motion analysis by rotating the input crank at 2000 rpm. To obtain a plot for Linear displacement of piston head. To obtain a plot for Angular velocity of crank.…

AIM: TO DESIGN AND ANALYSE THE MOTION STUDY OF IC ENGINE VALVE MECHANISM USING SOLIDWORKS.   OBJECTIVE: To create 3D models for all parts. To perform motion analysis by rotating the input cam at 1500 rpm. To obtain a plot for Valve lift. To obtain a plot for contact force between cam and push rod. To obtain a plot…

AIM: TO ANALYSE THE MOTION STUDY OF PLANETARY GEAR MECHANISM USING SOLIDWORKS.   OBJECTIVE: To create 3D models for all parts. To perform motion analysis by rotating the input gear at 200 rpm. To obtain a plot for Angular velocity of the output. To export the results to a spreadsheet. To create motion study for three…

AIM: TO ANALYSE THE MULTI BODY DYNAMICS FOR INTERNAL GENEVA MECHANISM USING SOLIDWORKS.   OBJECTIVE: To create 3D models for driver and driven wheels. To perform motion analysis by rotating the driver wheel at 10 rpm. To obtain a plot for contact force between driving and driven wheel. To obtain a plot for Angular…

AIM: TO DESIGN A CANTILEVER BEAM FOR FLUCTUATING LOADING USING MATLAB/OCTAVE.   GIVEN: A feed-roll assembly is to be mounted at its ends on support brackets cantilevered from the machine frame as shown in the Figure.  The feed rolls experience a total fluctuating load that varies from a minimum of 200 lb. to…

AIM: TO CREATE A RANKINE CYCLE SIMULATOR USING MATLAB/OCTAVE.   OBJECTIVE: To understand the concept of Rankine cycle and its parameters. To calculate the state points of Rankine cycle. To calculate the Work output, thermal efficiency, specific steam consumption. To plot the T-s diagram and h-s diagram.   OVERVIEW:…

AIM: TO PARSE THE ‘NASA THERMODYNAMIC DATA’ AND TO CALCULATE DIFFERENT THERMODYNAMIC PROPERTIES USING MATLAB/OCTAVE.   OBJECTIVE: To read the Nasa thermodynamic data file. To write a function that extracts the 14 coefficients and calculates the specific heat, enthalpy, entropy for all species in the data…

AIM: TO OPTIMIZE THE STALAGMITE FUNCTION AND TO FIND THE GLOBAL MAXIMA USING MATLAB.   OBJECTIVE: To write a code in MATLAB to optimize function. To find the global maxima of the function. To explain the concept of genetic algorithm. To plot the graph for the global maxima. To plot the graphs of ‘Function maximum…

AIM: TO WRITE A PROGRAM FOR CURVE FITTING OF THE SPECIFIC HEAT DATA USING MATLAB/OCTAVE.   OBJECTIVE: ·       To write a program to fit a linear and cubic polynomial for the Cp data. ·       To plot the linear and cubic fit curves. ·      …

AIM: TO SIMULATE THE FORWARD KINEMATICS OF A ‘2R ROBOTIC ARM’ USING MATLAB/OCTAVE.   OBJECTIVE: Write a program to get the positions of manipulator at different set of angles in matlab/octave. Creating plots for various conditions. Animating the gif file of all plots.   GOVERNING EQUATIONS AND OVERVIEW:…

AIM: TO SIMULATE THE TRANSIENT BEHAVIOUR OF A SIMPLE PENDULUM USING MATLAB/OCTAVE.   OBJECTIVE:       To write a program to solve the second order differential equation of motion of the pendulum. To plot the damping of angular displacement and velocity. To Create the Animation file of…

AIM: TO SOLVE OTTO CYCLE – PISTON KINEMATICS USING MATLAB/OCTAVE.   OBJECTIVE: To write a program for Otto cycle – piston kinematics. Plot P-V diagram using Matlab/octave. Calculate the thermal efficiency of the cycle. OVERVIEW: Processes: - 0-1: a fresh mixture of fuel-air is drawn into the cylinder at…