Design Engineering Lab's Projects
A test "toy" problem for mimicking the behavior of design search trees.
Publicly available functional models of sewings machine produced to explore the structures of solution principles and their role inthe betterment of designs.
The GitHub landing page for Oregon State University's Design Engineering Lab
DEPRECATED: System modelling and fault-injection-based resilience assessment in Python
:triangular_ruler: Javascript Geometric Algebra Generator for Javascript, c++, c#, rust, python. (with operator overloading and algebraic literals) -
With GraphSynth, one can design, implement, test, and automatically invoke grammar rules that transform a graph from an initial seed into a creative design.
Inherent Behavior in Functional Models
A project for developing interactive bayesian optimization design methods
layout optimization of 3D circuits
A .Net fast convex hull library for 2, 3, and higher dimensions.
NSF-sponsored project that attempts to create organic molecular compounds via AI Tree Search and Generative Graph Grammars
Molecule search and learning system
OOOT: Object-Oriented Optimization Toolbox
Optimization functions for Julia
Optimization methods implemented in Julia
PMKS returns quick and accurate results for the position, velocity, and acceleration of rigid bodies connected as planar mechanisms.
Reliability-based Topology Optimization
Resilience optimization examples repository
An approach to automatically relax or prune a pareto frontier.
While there are already countless math libraries for performing common matrix/array functions, StarMath is distinguished by its simplicity and flexbility. There is no need to declare vectors and matrices in a specific library format. It works simliar to Math.function calls in C#.
A port of the infamous 99-line MATLAB Topology Optimization script to Julia
Tessellation and Voxelization Geometry Library