Equation Of A Circle

The program uses a simple algorithm to calculate the deflection at each point of a cantilever beam subjected to arbitrary loading distribution, the program also calculates and plots the bending moment and shear force in the beam.

Dynamic simulation of a transformer start of an asynchronous motor. The transformer tap can be chosen in the model. The switching from the transformer tap to the full voltage is done manually with a switch in the model. Visible are stator current, speed, motor torque and load torque

Computes the nth moment mean of a function (needs more implentation).m = moment(x, y, n)m = nth moment of yx = domainy = datan = nth moment == 1 by defaultm = int(x^n * y) / int(y)where int is integral over all x integral is calculated using trapezium rule


Platforms: Matlab

This function solves the "forward geodesic problem," which is to compute the endpoint of a geodesic (shortest-distance) path on the ellipsoidal earth, given the start point, a path length, and a starting azimuth.In response to a user request, this function numerically inverts the previously...


Platforms: Matlab

finds null space and range of a sparse matrix using lu decomposition.This routine is devoted to find null space of possibly large matrix fast.Results may be inaccurate if zero and nonzero singular values are not well separated.


Platforms: Matlab

This function searches in the fields of a structure, and applies a given function to all occurrences of a specific field. dlTe September 30th, 2009, By Reza Farrahi Moghaddam, Synchromedia Lab, ETS, Montreal, Canada USAGE: temp_structure = apply_func_on_all_fields_with_name(temp_structure,...


Platforms: Matlab

Simple Zero Phase Distortion Multiplier-less Gaussian Low-Pass & High-Pass Digital Filter of a Linear Chirp.


Platforms: Matlab

FEM simulation of a parallel plate capacitor to obtain electric field and voltage distributions.Written for Course :-Computational Electromagnetics, Fall 2011Department of Electrical EngineeringIndian Institute of Technology Madras (IITM)Chennai - 600036, IndiaAuthors :-Sathya Swaroop Ganta,...


Platforms: Matlab

Easy method to estimate the pile forces of a pile system. The program is very fast to run. This gives the engineer the possibility to try out a couple of different designs of the pile system in a quite small amount of time. The pile system is also plotted with the forces acting on it. This does...


Platforms: Matlab

GAUSSian REALIZation of a random variable with standard deviation sigma and correlation length lambda


Platforms: Matlab

Function for calculaing period of a wave signals in pixels using Hilbert transform.Single or multiple profiles can be used as input for calculating distribution of periods.


Platforms: Matlab

Demonstration of finding the minimum of a noisy function using gradient-based optimization.This model was developed for use in teaching optimization in graduate engineering courses. It demonstrates one approach for attempting to find the minimum of noisy functions using gradient-based...


Platforms: Matlab

Mathematical model of a mini-helicopter robot using Simulink blocks, which allows the automatic code generation without using c-code S-functions.There is a complete toolbox that includes more subsystems and more features: detailed help in every block, governor model, analysis and design tools,...


Platforms: Matlab

The function gets the 2nd derivatives of a vector with two finite boundariesThe function gets the 2nd derivatives of a vector with two finite boundaries.function V2ndDx = get_V2ndDx(V,delta_x,INDstart,INDend)Input:V = the input vector, 1D datadelta_x = delta xINDstart = first indexINDend = last...


Platforms: Matlab

Program for global minimization of a concave function. We implement the algorithm of Harold. P Benson which can be found in the paper " A Branch and Bound-Outer Approximation Algorithm for Concave Minimization over a Convex Set"The provided function finds the global minimum of a concave function...


Platforms: Matlab

This function gets the 1st derivatives of a vector V with two boundariesInput:V = the input vector, 1D datadelta_x = delta xINDstart = first indexINDend = last indexOutput:VDx = 1st derivative of V with respect to x


Platforms: Matlab

The function circumcircle takes input as the coordinates of the three vertices of a triangle and compute the circum center and circum radius by using the formula in terms of the length of sides and area of triangle and plot the circumcircle.


Platforms: Matlab

Main purpose of this problem is drawing the orthotomic surface of a bezier surface through about arbitrary source point.


Platforms: Matlab

Position determines the relative position of a planar point C with respect toa planar segment joining A and B. This is not intended for 3D points.Pos=0 =>the point C is collinear with A and BPos=1=>the point C is above the segmentPos=-1=>the point C is below the segmentExampleA=[0 0 0]; B=[1 1...


Platforms: Matlab

The EJS Angular Acceleration of a Contracting System model shows a mass and pulley system to illustrate what happens when a rotating system contracts. When the centripetal force has contracted a rotating system to half its initial radius then: (1) The tangential velocity has doubled, (2) The...


Platforms: Mac