Roche de Guzman
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https://sites.hofstra.edu/roche-deguzman/ Associate Professor, Bioengineering Teaching: ENGG 010 (MATLAB Programming for Engineers) ENGG 081 (Introduction to Bioengineering) ENGG 101 (Numerical Methods) ENGG 108 (Biomaterials Lab) ENGG 112 (Engineering Drawing) ENGG 118 (Fundamentals of Biomaterials) ENGG 143G (Senior Design) ENGG 165 (Bioengineering Modeling and Simulation) ENGG 169 (Fluid Mechanics Lab) Research: Biomaterials, Medical Device, Drug Delivery, Mathematical Modeling
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15-year anniversary Triathlon participant badge
Awarded to Roche de Guzman on 09 Nov 2016
15-year anniversary Scavenger Hunt finisher badge
Awarded to Roche de Guzman on 09 Nov 2016
Accept 1 answer given by other contributors
Awarded to Roche de Guzman on 10 Feb 2021
Answer 1 question that was unanswered for more than 30 days
Awarded to Roche de Guzman on 10 Sep 2017
Solve all the problems in Introduction to MATLAB problem group
Awarded to Roche de Guzman on 11 Jan 2021
Solve a community group
Awarded to Roche de Guzman on 22 Nov 2020
Your submissions received 3 five star ratings
Awarded to Roche de Guzman on 12 Jan 2021
Your submissions were downloaded 100 or more times in a month
Awarded to Roche de Guzman on 01 Nov 2019
Publish your first review
Awarded to Roche de Guzman on 09 Oct 2019
Publish your first submission
Awarded to Roche de Guzman on 09 Oct 2019
Solve all the problems in ASEE Challenge
Awarded to Roche de Guzman on 28 Dec 2018
Solve Project Euler problems using Matlab
Awarded to Roche de Guzman on 09 Dec 2018
Feeds
Submitted
Brownian Motion Showing Diffusion Behavior
Simulation of multiple particles in a box starting at a single location exhibiting random motion with animation
mer än 2 år ago | 2 downloads |
Submitted
Brownian Motion or Random Particle Motion in a Fluid
Simulation of a single particle in a box
mer än 2 år ago | 1 download |
Submitted
Divergence of vector in 3D
Comparing the quiver plot of the vector function to the scatterplot of its divergence scalar function
mer än 2 år ago | 3 downloads |
Submitted
Gradient of scalar in 3D
Comparing the scatterplot of the scalar function to the quiver plot of its gradient vector function
mer än 2 år ago | 1 download |
Submitted
Curl of vector exclusively in 3D
Comparing the quiver plots of the vector function and its curl (also a vector function)
mer än 2 år ago | 1 download |
Submitted
Divergence of vector in 2D new
Comparing the quiver plot of the vector function to the filled contour plot of its divergence scalar function
mer än 2 år ago | 1 download |
Submitted
Divergence of vector in 2D
Comparing the quiver plot of the vector function to the surface plot of its divergence scalar function
mer än 2 år ago | 1 download |
Submitted
Gradient of scalar in 2D new
Comparing the filled contour plot of the scalar function to the quiver plot of its gradient vector function
mer än 2 år ago | 1 download |
Submitted
Gradient of scalar in 2D
Comparing the surface plot of the scalar function to the quiver plot of its gradient vector function
mer än 2 år ago | 2 downloads |
Submitted
Measure Radius App
App to calibrate and measure a spherical gel's radius.
ungefär 3 år ago | 1 download |
Submitted
Lagrange's Polynomial Interpolation
Interpolates a scalar or vector yp = f(xp) with given x and y = f(x) vectors and xp query
mer än 3 år ago | 1 download |
Submitted
Newton's Polynomial Interpolation
Interpolates a scalar or vector yp = f(xp) with given x and y = f(x) vectors and xp query
mer än 3 år ago | 10 downloads |
Submitted
ShowDICOM Script for Animation of CT Series and Movie Output
Displays DICOM Images
nästan 4 år ago | 1 download |
Submitted
Finite Difference Explicit Method for Fick's 2nd Law
Finite Difference Explicit Method (iteration) to solve for a PDE (Fick's 2nd Law of diffusion)
mer än 5 år ago | 3 downloads |
Submitted
Finite Difference Implicit Method for Fick's 2nd Law
PDE solution using the implicit method
mer än 5 år ago | 1 download |
Submitted
FEM to solve for 2D Laplace's Equation
FEM solution to a steady-state PDE (example: Laplace's) applied to an electric potential
mer än 5 år ago | 5 downloads |
Submitted
Vector field rotation using Rotation (Transformation) matrix
Animation to demonstrate the use of the 2D rotation matrix in a vector field
mer än 5 år ago | 2 downloads |
Submitted
Truss 3D (Tetrahedral) using FEM (direct stiffness)
Deformation of a tetrahedral truss (4 nodes and 6 elements) with 3 pinned bottom nodes and downward force applied to the top nod...
mer än 5 år ago | 1 download |
Submitted
Fick's 2nd Law of Diffusion using Method of Lines
PDE solution using Method of Lines
mer än 5 år ago | 1 download |
Submitted
Fick's 2nd Law of Diffusion using FEM (Direct Stiffness)
Direct stiffness finite element method to solve for c (concentration) at given x (1D space) and t (time) values
mer än 5 år ago | 1 download |
Submitted
Graph of a 3D vector field and its divergence and curl
Visualize vector field quiver, divergence (slice), and curl (quiver) at given 3D coordinates
mer än 5 år ago | 8 downloads |
Submitted
Graph of a 2D vector field equation and its divergence
Visualize vector field using quiver and divergence using filled contour at given 2D coordinates
mer än 5 år ago | 1 download |
Submitted
Divergence Theorem (Gauss’, Ostrogradsky’s) to Measure Flow
Example showing that the volume integral of the divergence of f = surface integral of the magnitude of f normal to the surface (...
mer än 5 år ago | 3 downloads |
Submitted
Normal/Gaussian/Bell-Shaped Curve Distribution fx: NormDist
Computes and plots the normal distribution function
ungefär 6 år ago | 1 download |
Submitted
3D Surface Plot of a Sphere
Plots a sphere with known center and radius
ungefär 6 år ago | 3 downloads |
Submitted
pos3D
Determines the coordinates p = [px py pz] in 3D space given p0, p1, and d
nästan 7 år ago | 1 download |
Submitted
Golden-Section Search Numerical Method
Function for finding the x optimum to make f(x) extreme, using the golden-section search method
mer än 7 år ago | 1 download |
Submitted
Fixed-Point Iteration Numerical Method
Function for finding the x root of f(x) to make f(x) = 0, using the fixedpoint iteration open method
nästan 8 år ago | 1 download |
Submitted
False Position (Linear Interpolation) Numerical Method
Function for finding the x root of f(x) to make f(x) = 0, using the false position bracketing method
nästan 8 år ago | 1 download |
Submitted
Newton-Raphson Numerical Method
Function for finding the x root of f(x) to make f(x) = 0, using the Newton-Raphson open method
nästan 8 år ago | 1 download |
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