The Material Explorer is a module that allows users to display and search for materials based on properties. It is comprised of a table of property data and an Ashby chart that compares properties for all materials in your library. It leverages the "Material" SMART Tag and associated "Property" and "Unit" tags to sift
The QR generator module can generate QR codes using keywords directly from the SMARTree. Enter a keyword or set of keywords and the client will generate a code based on the data related to those keywords. Print out the code and attach to your samples or product. It is recommended that you also use
The Image Analysis Module is used to extract information from test images. Examples of data includes fiber, resin or void fraction within a photomicrograph including threshold distribution within the image. The YouTube video to the right highlights the features of this module. The DIC (Digital Image Correlation) module can analyze a sequence of
The DIC (Digital Image Correlation) module can analyze a sequence of images and calculate relative displacement and strain from a baseline image, typically the first image of a sequence. Pixel to physical size is calculated by drawing a line from two points of known separation. The user can extract single points, a linear set
The Image Analysis Module is used to extract information from test images. Examples of data includes fiber, resin or void fraction within a photomicrograph including threshold distribution within the image. The YouTube video to the right highlights the features of this module.
A generalized plane deformation analysis for predicting the thermoelastic response of post- and insitu- consolidated filament wound cylinders Each layer of the laminate is assumed to be both quasi homogeneous and orthotropic. The cylinder is axisymmetric and infinite. The laminate can only be loaded with internal pressure, external pressure, axial load, torsion, thermal
Thick wall Plane Strain Composite Cylinder Design Fibers are uniformly distributed throughout the matrix. Perfect bonding between fibers and matrix. Matrix is free of voids. Applied loads are either parallel or normal to the fiber direction. Lamina is initially in a stress-free state (no residual stresses). Fiber and matrix behave as linearly elastic
Classical laminated Theory model for predicting effective elastic properties and ply level stresses and strains Each layer of the laminate is assumed to be both quasi homogeneous and orthotropic. The laminate is thin with its lateral dimensions is much larger than its thickness. The laminate is only loaded in the in-plane directions. All
The micromechanics model is used to solve for effective properties using a rule of mixtures approach Fibers are uniformly distributed throughout the matrix. Perfect bonding between fibers and matrix. Matrix is free of voids. Applied loads are either parallel or normal to the fiber direction. Lamina is initially in a stress-free state (no
Feature Option Title Yes Editable Yes Lockable Yes Logic No Plot No Options None Description Link elements are hyperlinks that will open when the user double clicks the item. Copy and paste hyperlinks into the content box to add a hyperlink. Details Copy and paste hyperlinks into the
