Mysteria Solid Surface Countertops

A skyhook surface sliding mode control method was proposed and applied to the control on the semi-active vehicle suspension system for its ride comfort enhancement. A two degree of freedom dynamic model of a vehicle semi-active suspension system was given, which focused on the passengerd-deOaos...

The Okada [1985] model allows to calculate analytic solution for surface deformation due to shear and tensile faults in an elastic half-space. This model is widely used to simulate ground deformation produced by local perturbation like tectonic faults (earthquakes) or volcanic dykes. Given...

A few days ago I was in need of uniformly random points generation on the surface of sphere. I suddenly discovered that common parametrization with 2 angles is useless, it gathers too many points in the poles. At MathWorld you can find the complete demonstration, here the main lines:To pick a...


Platforms: Matlab

this model show the water surfaceYou can change the amplitude and speed of wavesH: height of waveb: depth


Platforms: Matlab

Generation Of Solid Shapes Using Random Number Generator.The Solid Shapes included are:1) Cuboid/Cube2) Sphere3) Cone4) Conical Frustum5) Pyramid6) Pyramidal Frustum7) CylinderTake it as an exercise in understanding how to create constraints to rand() function, in order to get desired results.


Platforms: Matlab

calculates surface area A and its standard uncertainty uA for any arbitrary polygon in a plane given by coordinates x and y and their respective standard uncertainties ux and uy. The inputs are assumed to be VECTORS, x, ux, y and uy all should have the same size. The uncertainties are assumed to...


Platforms: Matlab

In material science curved surfaces may be heated due to study thermal flow.Here a simple image is projected on top of the peaks surface and the red are is measured in square pixels. Deaunay is used to create triangles whos area is summed up, if the color criteria is met.


Platforms: Matlab

Conversion routines to take a surface (a function z of (x,y) or (theta,r)) and convert this into a solid; much as meshz does, but a little more useful for outputting as an STL for frabrication in a 3D printer. There are two cases, one in Cartesian co-ordinates, and the other in polar...


Platforms: Matlab

Given a surface triangulation, compute the volume enclosed using divergence theorem. Assumption:Triangle nodes are ordered correctly, i.e.,computed normal is outwardsInput: p: (3xnPoints), t: (3xnTriangles) Output: total volume enclosed, and total area of surface


Platforms: Matlab

CYLINDER: A function to draw a N-sided cylinder based on thegenerator curve in the vector R. It is based on file exchange 5468. I changed a little bit so that it can generate more points on the surface of the cylinder.


Platforms: Matlab

CYL3D(Zin,theta_min,theta_max,Rho,H,meshscale) plots the 3D profile Zin as a mesh plot on a cylindrical surface of radius Rho, with mesh size determined by meshscale, for equally spacedangles between theta_min and theta_max. H is the cylinder height. CYL3D(Zin,...,meshscale,plotspec) plots the 3D...


Platforms: Matlab

Auto Gaussian & Gabor Surface fit---2 functions to fit a 2D Gaussian or 2D Gabor to a surface. The routines are automatic in the sense that they do not require the specification of starting guesses for the model parameters. This is done by evaluating the quality of fit (sum of squared error) for...


Platforms: Matlab

SPHERE3D plots 3D data on a spherical surface. Useful particularly in metrology of spherical surfaces, spherical wavefronts and wavefields.SPHERE3D(Zin,theta_min,theta_max,phi_min,phi_max,Rho,meshscale)plots the 3D profile Zin as a mesh plot on a spherical surface of radius Rho, between...


Platforms: Matlab

It uses the Pierson-Moskowitz spectrum for the frequency/wave-number dependency and four different types of angular spreading like cosinus-squared, Mitsuyasu, Hasselmann and none.


Platforms: Matlab

The amplitude, height, depth and the speed of the waves can be changed from the configuration file.


Platforms: Matlab

The STP Entropy Einstein Solid program calculates the entropy of two Einstein solids that can exchange energy. The purpose of this calculation is to illustrate that the entropy is a maximum at thermal equilibrium. The default system is two Einstein solids with 50 particles each and total energy E...


Platforms: Mac

EWD 3D is a 3D CAD program. The software contains the major CAD functions (line, arc, polyline, spline, face, 3D solid, 3D Surface). Support boolean operation, undo/redo, drag/drop, OSNAP. And have good interactive,easy to use UI. Version EWD 3D 5.7.5 Nov.03 2015 .Fixed bug of view...


Platforms: Windows, Windows 7

With With Solid File System OS edition your application can create a virtual disk, accessible for all or chosen processes. This disk can be made visible to the user, as a regular disk. The virtual disk (storage) is formatted using SolFS file system. SolFS is is a virtual file system, stored in...


Platforms: Windows, Windows 8, Windows 7, Windows Server

SolFS is is a virtual file system, stored in single file (or memory blocks, database records, file resources, cloud storage). SolFS has all necessary functionality, that can be found in modern file systems, such as support for streams inside of files, file and stream encryption, compression,...


Platforms: Windows, Windows 8, Windows 7, Windows Server

Now you can easily share your CAD drawings with others. Solid Converter DWG converts DWG and DXF files to vector PDFs, including text, mtext, attributes, attdef, and proxies. Solid Converter DWG can convert one or more files at once, saving you time. Solid Converter DWG can convert DWG/DXF/DXB...


Platforms: Windows, Windows CE