Parsing NASA thermodynamic data using Matlab

AIM:  To Compare the bending performance of the three types of beams (Rectangular beam, I-Section beam and C-Section beam) which is extruded to a length of 400 mm. After which, a baseline simulation is run on these beams at an external force of 1500N acting upon their smaller face and compare the results of stress,…

AIM: Model the parts and assemble them in SolidWorks.  Run the simulation using the below parameters   Sl.No CAM Lift (mm) Speed (RPM)  Material  1 3.5 1500 Cast Carbon Steel 2 6 1500 Cast Carbon Steel   Obtain the Valve Lift.  The contact force between  Cam and Push Rod Pushrod and Rocker…

AIM: TO RUN A MULTIBODY DYNAMICS SIMULATION USING SOLIDWORKS ON A PISTON ASSEMBLY To design the different parts of the cylinder piston arrangement separately. Keeping all the dimensions in mind clearly while designing. After designing all the parts, assembly is being done. One thing should be kept in mind while assembling…

AIM:    To run the motion analysis on the planetary gear with a sun gear, a ring gear, a carrier and four planet gears. To access the gears from the toolbox in SolidWorks present in the ANSI Metric system. Provide the required parameters for defining each and every gear. Designing the carrier, depending…

Abstract In this Project, Creating a 3D model of a Centrifugal pump, run a baseline flow simulation where inlet flow takes place and then perform a parametric study for different velocities. Showing the Performance diagram and Obtain the relationship between Pressure ratio and mass flow rate and explaining the results. …

ABSTRACT In this Project, Creating a 3D model of a flowbench and run flow analysis where the internal flow takes place and running a baseline simulation and then performing a grid dependency test(4, 5 & 6) at a particular valve lift(0.003) and also performing valve lift(0.001 -0.008) test at a particular grid size(5).…

Abstract  In this Project, CFD analysis of the two-dimensional subsonic flow over a NACA 0017 airfoil at various angles of attack and compare the lift and drag force. The geometry of the airfoil is created using SOLIDWORKS. CFD analysis is carried out using Flow Simulation Wizard at various angles of attack from 0°…

ABSTRACT In this Project, CFD analysis of a cylinder in which external flow takes place and running a baseline simulation and then calculating the Reynolds number and also the simulation end time. Then increase the Reynolds number by a factor of 20%, 40%, and 100% then run the transient flow simulation. Animations for…

A pipe is designed in solidworks of the following dimensions, to perform the simulation External diameter = 50mm Internal  diameter = 48mm Length = 1000mm Thickness = 1mm The characteristics of the fluid which is flowing inside the pipe are as follows, Fluid : water Dynamic viscosity : 0.001792 kg/ms (at 0°C…

PROJECT TITLE: Internal Geneva Mechanism AIM: Create 3D models for driver and driven wheels. Perform motion analysis by rotating the driver wheel at 10rpm. Obtain the following plots Contact force (between driving and the driven wheel) as a function of time. Angular Displacement of the driven wheel. Compare the contact…

Thermodynamic data collected from simulation of a Port Fuel Injected engine is extracted and analysed from a data file using a Python program.           This data file consists of 17 columns of different thermodynamic parameters for which more than 8000 values have been recorded. The objective…

popt:-  An array of optimal values for the parameters which minimizes the sum of squares of remaining residues. pcov:-  A 2d array that contains the estimated covariance of popt. The diagonals provide the variance of the parameter estimate. np.array:- It converts the python list of temperature…

Air cushion vehicles(ACV) are used to break ice in cold places, where ice is formed on the surface of lakes, rivers and on the roads too. Depending on the ice thickness , an ACV can readily break ice in flexure by making a depression and send cracks throgh the ice. Once a crack is made , the path of least resistance …

This Problem is to write a program on Generic Algorithm using Matlab. The Program Code is; function[f] = stalagmite(input_vector) f1x = (sin(5.1*pi*input_vector(1) + 0.5)).^6; f1y = (sin(5.1*pi*input_vector(2) + 0.5)).^6; f2x = exp((-4*log(2))*((input_vector(1) - 0.0667).^2)/0.64); f2y = exp((-4*log(2))*((input_vector(2)…

 In this Project, we are going to calculate the drag force over a bicycle using MATLAB programming and draw a plot Drag Force vs Velocity. A drag force is the resistance force caused by the motion of a body through a fluid, such as water or air. A drag force acts opposite to the direction of the oncoming flow velocity.…

This Program is written for Parsing NASA thermodynamic data.     clear all close all clc %Inputs R= 8.314; %Reading the data file file = fopen(\'therm.dat\',\'r\'); %Reading the first line of the file l1 =fgetl(file); %Getting the global minimum, maximum and mid temperatures l2=fgetl(file); temperatures = strsplit(l2);…

In this challenge the code is written to solve second order differential equation using matlab. This folowing code simulates an animation for a simple pendulum with damped oscillations. This equation involves mass of ball, length of the pendulum, gravity and damping coefficient.       function[dtheta_dt]…

In this project we use MATLAB for coding simulation of Robotic arm in first quadrant, ie work space, the robotics links for 90 degrees is coded in this program, we use two  links and coding is done using FOR loop for the work space. The Code is given below; % forward kinematics of a 2R robotic arm manipulator close…

Here is a program for curve fitting using MATLAB. In this program our main motive was to write a program to predict the values of specific heat with respect to temperature and secondly to determine how we can get the minium error while curve fitting. MINIMIZING ERROR; There can be two ways through which we can minimize…

In this programme i have plotted a PV diagramme for an Otto cycle by using a engine parameters and some inputs. In this cycle we have four process to complete one cycle. if p1 and t1 are inputs and t3 is the output parameters so that we can calculate v1,v2,p2,p3,p4,t2,t4 and it has two constant volume processes so that…

The Program written for calculating the efficiency and description of the P-V plot in an OTTO CYCLE ENGINE.   clear all close all clc % Otto Cycle Single stage working % This program is used o calculate the state variables at different significant points of an air standard Otto cycle %Inputs T3=2500; bore = 0.1; stroke…