Name: Institute for Interdisciplinary Research and Technology
Type: User
Company: CIRTech Institute, HUTECH University
Bio: We provide open sources and data for education and research purposes. This work was supported by NAFOSTED, VINIF, H2020, Humbold, etc
Location: Ho Chi Minh, Vietnam
Blog: https://www.hutech.edu.vn/cirtechen
Institute for Interdisciplinary Research and Technology's Projects
This open source aims to provide a direct multiscale topology optimization approach for additive manufacturing (AM) of coated structures with nonperiodic infills.
A polytree-based adaptive approach to limit analysis of cracked structures
We provided a Matlab-based optimization package based on our novel optimization algorithm named Balancing Composite Motion Optimization (BCMO).
This guide provided an Abaqus-based simulation for dynamic performance of cement/concrete-based beam structures
This package provided a new data-driven machine learning platform for predicting optimised parameters of the 3D printing process.
An open Matlab source provided a new multiscale topology optimization approach for the direct and simultaneous design of lattice materials, without material homogenization at the microscale.
A Matlab program for extruded-geometric-component-based 3D topology optimization
A three-dimensional (3D) topology optimization approach based on extruded geometric components (EGCs) is proposed. Each EGC is constructed by extruding a convex/non-convex polygon along the axis of the EGC and rounding the ends of the EGC.
PFEM-Package is a simple educational polygonal finite element method (PFEM) package written in MATLAB.
A Matlab-based polygonal composite finite elements for 2D solids is available. A computational approach based on arbitrary polygons and a polynomial projection of compatible strain fields through the least-squares approximation
A Polytopal Composite finite Element (PCE) approach is proposed. The key idea is to devise a polynomial projection of compatible strain fields through the least-squares approximation. For nearly incompressible problems, we design a pair of projection operators of volumetric and deviatoric strains resulting in stability of pressure solution.
This repository provides the basic source code of the investigation on the rotating triply periodic minimal surface (RotTPMS) plate structures
This Matlab-based package provided an novel optimization framework named Sequential Motion Optimization (SMO) enhanced in training deep neural networks (DNNs)
This package implements NURBS-based IsoGeometric Analysis (IGA) and is released freely for education and research purposes. These codes are written in MATLAB. All your contributions are always welcomed.
This repository contains the implementation (in PyTorch) of the paper: Advancing Wound Filling Extraction on 3D Faces: A Auto-Segmentation and Wound Face Regeneration Approach