CLUMP: Code Library to generate Multi-sphere Particles

버전 2021.08.01 (30.7 MB) 작성자: Vasileios Angelidakis
Generation and shape characterisation of multi-sphere particles

다운로드 수: 57

업데이트 날짜: 2022/9/8

GitHub에서 호스트

GitHub에서 라이선스 보기

Code Library for Universal Multi-sphere Particles

GitHub last commit GitHub issues GitHub pull requests License GitHub tweet

What CLUMP doesArchitectural featuresFile treeSimple exampleCreditsBYOS Acknowledging CLUMP

What CLUMP does

CLUMP is a collection of scripts to generate multi-sphere particles of overlapping or non-overlapping spheres, to approximate target geometries. The motivation behind developing CLUMP stemmed from the need to compare different clump-generation techniques, both in terms of particle morphology and mechanical performance. To this, CLUMP offers (to date) two existing and well established clump-generation techniques and proposes a new one. The generated clumps can be exported to various formats, compatible with some of the most prominent DEM codes. Last, the surface of each created clump can be extracted as a triangulated mesh, allowing for a full characterisation of particle morphology, using tools like SHAPE.

Architectural features

CLUMP comprises the following modules:

  • GenerateClump

    • Favier et al (1999)
    • Ferellec and McDowell (2010)
    • Euclidean 3D (proposed in this code)
  • ExportClump

    • YADE
    • LAMMPS
    • EDEM
    • PFC3D
  • CharacteriseClump

    • Surface extraction

File tree

Simple example

This example demonstrates different approaches to generate clumps for the same target geometry. The variables below are documented within each function.

addpath(genpath('functions'));	% Load in-house functions
addpath(genpath('lib'));		% Load external functions (dependencies)
addpath(genpath('classes'));	% Load object-oriented architecture

% Generate clumps using the approach of Ferellec and McDowell (2010)
[mesh, clump]=GenerateClump_Ferellec_McDowell( stlFile, dmin, rmin, rstep, pmax, seed, output );

% Generate clumps using the approach proposed in this code, involving the Euclidean transform of 3D images
[mesh, clump]=GenerateClump_Euclidean_3D( stlFile, N, rMin, div, overlap, output );

New users are advised to start from running the available examples in the examples folder, to get familiarised with the syntax and functionalities of CLUMP.


CLUMP uses several external functions available within the Matlab FEX community. We want to acknowledge the following contributions:

These external dependencies are added within the source code of CLUMP, to provide an out-of-the-box implementation. The licensing terms of each external dependency can be found inside the lib folder.

BYOS (Bring Your Own Scripts)!

If you enjoy using CLUMP, you are welcome to require the implementation of new clump-generation approaches and features or even better contribute and share your implementations. CLUMP was created to provide a comparison of different methods, by collecting them in one place and we share this tool hoping that members of the community will find it useful. So, feel free to expand the code, propose improvements and report issues.

Acknowledging CLUMP

Angelidakis, V., Nadimi, S., Otsubo, M. and Utili, S., 2021. CLUMP: A Code Library to generate Universal Multi-sphere Particles. SoftwareX 15, p.100735.

Download BibTeX entry

2021 © Vasileios Angelidakis, Sadegh Nadimi, Masahide Otsubo, Stefano Utili.
Newcastle University, UK & The University of Tokyo, Japan

인용 양식

Angelidakis, Vasileios, et al. “CLUMP: A Code Library to Generate Universal Multi-Sphere Particles.” SoftwareX, vol. 15, Elsevier BV, July 2021, p. 100735, doi:10.1016/j.softx.2021.100735.

양식 더 보기
MATLAB 릴리스 호환 정보
개발 환경: R2021a
모든 릴리스와 호환
플랫폼 호환성
Windows macOS Linux

Community Treasure Hunt

Find the treasures in MATLAB Central and discover how the community can help you!

Start Hunting!





lib/Rigid-Body-Parameters/Auxiliary Functions

lib/Rigid-Body-Parameters/Auxiliary Functions/Remeshing




이 GitHub 애드온의 문제를 보거나 보고하려면 GitHub 리포지토리로 가십시오.
이 GitHub 애드온의 문제를 보거나 보고하려면 GitHub 리포지토리로 가십시오.