Fluid Simulations

Fluid is a screensaver for Mac OS X. But, Fluid isn't just any screensaver. It is a realtime fluid-dynamics model that renders to your screen using wave velocity color-coding and reflections on the surface of the waves. Fluid also has its own particle engine so that it can visualize particles...

The Fluid Flash Interfaces Engine (FFIE) is a compact library for Macromedia Flash applications using ActionScript code to generate Complex Graphical User Interfaces with pseudoHTML and StyleSheets.All interfaces are rendered Client Side.

This set of files show some of the principles of Monte Carlo simulations, applied in the financial industry. this is the content of the web seminar called "Simulations de Monte Carlo en MATLAB".The slides are in French and a copy in English is also availableYou will find here :* how to code your...


Platforms: Matlab

Set of simulations you can run on, and JDClosed**Calls JDEuropean.m & JDClosed.m


Platforms: Matlab

Multivariate normal simulations where sample mean and covariances match the respective population moments, refer toA. Meucci (2009), "Simulations with Exact Means and Covariances",Latest version of article and code available at http://symmys.com/node/162


Platforms: Matlab

This module uses the jQuery Masonry plugin to create a fluid grid views display style.The module's sole purpose was to make the layout on http://rusoom.com/ easier for themers. Note that it plays well with views AJAX pagers and Views Display Tabs via AJAX.This module is sponsored and developed by...


Platforms: PHP

The world is fluid in the hands of Fluid Clock. Install this timekeeper and its magic hands will show you accurate time and fill your life with many happy surprises. The animation is smooth and produces a wonderfully fluid effect.


Platforms: Windows

A discrete computer simulation, or simply a computer simulation, is a computer program that tries to reproduce, for pedagogical or scientific purposes, a natural phenomenon through the visualization of the different states that it can have. Each of these states is described by a set of variables...


Platforms: Windows

jCpSim (Java CardioPulmonary Simulations) is a set of Javapackages for simulation of human physiology (respiration,circulation, ...) and of medical therapy (ventilation, ...).Creation of user interfaces and therapy optimization is supported.


Platforms: Windows, Mac, Linux

The Fluid Flash Interfaces Engine (FFIE) is a compact library for Macromedia Flash applications using ActionScript code to generate Complex Graphical User Interfaces with pseudoHTML and StyleSheets. All interfaces are rendered Client Side.


Platforms: Windows, Flash,

Newton number (also called the drag coefficient) and Archimedes number are plotted versus the Reynolds number for the laminar, transition and turbulent flow types using a log-log scale. A numerical example of the terminal fall velocity computation of a single spherical particle in a Newtonian...


Platforms: JavaScript

Professor Jim Wilkes provides representative values of the volumetric flow rate versus the applied pressure gradient for horizontal flow in a pipe [1]. The pipe radius is equal to 0.01 m. We use these representative values, in conjunction with the analytical expression of the volumetric flow...


Platforms: Matlab

Part of a hydraulic tool box to generalize the hydraulic system simulation. The outcome of the block are a global hydraulic fluid variables based on the current system pressure and temperature.


Platforms: Matlab

The code computes the velocity profile for the vertical laminar flow of a Bingham fluid down a wall. As expected the profile is flat near the surface of the liquid film. In fact, we have a zero velocity gradient only when the shear stress is large enough (superior to tau0). This behaviour is...


Platforms: Matlab

The velocity and shear stress versus radial position are determined for laminar flow of a Carreau fluid in a pipe. The shooting method is used to verify the no-slip boundary condition at the piped-deOaos wall. Once the velocity at the center is determined, the governing Differential Algebraic...


Platforms: Matlab

Stokesian Dynamics, a method developed by Brady and Bossis in the 80s, simulates the 3D motion of hydrodynamically interacting spheres at low Reynolds numbers. This program was originally written by Professor Ron Phillips during his PhD thesis at MIT in 1989. The code was adapted from Fortran 77...


Platforms: Matlab

Engineers, scientists, and financial analysts frequently use optimization methods to solve computationally expensive problems such as smoothing the large computational meshes used in fluid dynamic simulations, performing image registration, or analyzing high-dimensional financial portfolios....


Platforms: Matlab

Based on recent mathematical advances, BhT provides a collection of M-Files for design, simulation and analysis of articulated bodies' motions in fluid. More widely, BhT allows also to perform easily any kind of numeric experiments about the motion of solids in fluids (simulations of so-called...


Platforms: Matlab

The velocity and shear stress versus radial position are obtained for the laminar flow of a power-law fluid in a pipe. Pipe radius and applied pressure gradients can be set by the user. If you choose a power-law exponent, n, equal to 1 then a Newtonian fluid is recovered. Dilatant and...


Platforms: Matlab

The velocity and shear stress versus radial position are determined for laminar flow of a power law fluid in a pipe. The shooting method is used to verify the no-slip boundary condition at the piped-deOaos wall. Once the velocity at the center is determined, the governing equation is solved...


Platforms: Matlab