Advances in Engineering Software

Code for 3D-H model programmed in Julia

There are four movie files in this dataset; "cylinder_opt.mp4" and "sphere_opt.mp4" are 3D illustrations of the optimization result of example 1 and 2 in the article, and "cylinder_reopt.mp4" and "sphere_reopt.mp4" are those of the modification, respectively.

Julia code for an isotropic, incompressible WYPiWYG hyperelastic model.

This is the dataset obtained during performance tests of the object-oriented version of the Alternating Directions Implicit Solver (IGA-ADI). Tests were conducted on: 2xIntel Xeon E5-2680 with 64G of RAM 2xIntel Xeon E5620 with 16G of RAM

CAD_MV80 is an engineering domain dataset that contains eighty 3D CAD models in eight categories, including gear pump, tube fittings, bearing pedestal, ring flange, locking assemblies, cutter arbor, piston pump, and hydraulic motor. In CAD_MV80, each 3D CAD model is represented as a collection of both solid views and line views captured from 26 fixed viewpoints, respectively. That is, there are 4160 views in CAD_MV80 (520 views in each category), and each view is a grayscale image with size 224×224. The reason for using 26 fixed viewpoints is that these viewpoints are commonly used in engineering drawings and could capture almost all spatial information of a 3D CAD model. CAD_MV80 provides the python version of the data, which could be easily used for machining learning.

Aditional material for the manuscript "An optimization approach for agent-based computational models of biological development"

Experimental Data and Sample of Neural Net work Training data.

The Cyder source code revision associated with this paper is stored at : https://github.com/arfc/cyder/tree/b3879343bcba47a23c2dc6983bcbf562f9e8771d .