@article{ART001112523},
author={Jinwon Oh and Seongmin Baik and Young Tag Keum},
title={Multi-scale simulation of drying process for porous materials using molecular dynamics (part 1 : homogenization method)},
journal={Journal of the Korean Crystal Growth and Crystal Technology},
issn={1225-1429},
year={2004},
volume={14},
number={3},
pages={115-122}
TY - JOUR
AU - Jinwon Oh
AU - Seongmin Baik
AU - Young Tag Keum
TI - Multi-scale simulation of drying process for porous materials using molecular dynamics (part 1 : homogenization method)
JO - Journal of the Korean Crystal Growth and Crystal Technology
PY - 2004
VL - 14
IS - 3
PB - The Korea Association Of Crystal Growth, Inc.
SP - 115
EP - 122
SN - 1225-1429
AB - When porous materials are dried, the particles flocculate into fish-net structure in gel phase. In order to exactly analyze the stress distribution of porous materials during drying process, the elastic tensor of microscopic gel tructures has to be predicted considering pore shapes as well as porosities of porous materials. The elastic characteristics of porous materials associated with porosities were predicted analyzing microscopic gel structures with circular and cross pores via homogenization method and the drying processes of the lectric porous ceramic insulator were simulated using finite
element method (FEM). Comparing analysis results between consideration and negligence of pores, the deformed shape and
distributions of temperature and moisture were similar but the residual stress was significantly different0
KW - Porous materials;Drying process;Pore shape;Gel structure;Homogenization method;Multi-scale simulation
DO -
UR -
ER -
Jinwon Oh, Seongmin Baik and Young Tag Keum. (2004). Multi-scale simulation of drying process for porous materials using molecular dynamics (part 1 : homogenization method). Journal of the Korean Crystal Growth and Crystal Technology, 14(3), 115-122.
Jinwon Oh, Seongmin Baik and Young Tag Keum. 2004, "Multi-scale simulation of drying process for porous materials using molecular dynamics (part 1 : homogenization method)", Journal of the Korean Crystal Growth and Crystal Technology, vol.14, no.3 pp.115-122.
Jinwon Oh, Seongmin Baik, Young Tag Keum "Multi-scale simulation of drying process for porous materials using molecular dynamics (part 1 : homogenization method)" Journal of the Korean Crystal Growth and Crystal Technology 14.3 pp.115-122 (2004) : 115.
Jinwon Oh, Seongmin Baik, Young Tag Keum. Multi-scale simulation of drying process for porous materials using molecular dynamics (part 1 : homogenization method). 2004; 14(3), 115-122.
Jinwon Oh, Seongmin Baik and Young Tag Keum. "Multi-scale simulation of drying process for porous materials using molecular dynamics (part 1 : homogenization method)" Journal of the Korean Crystal Growth and Crystal Technology 14, no.3 (2004) : 115-122.
Jinwon Oh; Seongmin Baik; Young Tag Keum. Multi-scale simulation of drying process for porous materials using molecular dynamics (part 1 : homogenization method). Journal of the Korean Crystal Growth and Crystal Technology, 14(3), 115-122.
Jinwon Oh; Seongmin Baik; Young Tag Keum. Multi-scale simulation of drying process for porous materials using molecular dynamics (part 1 : homogenization method). Journal of the Korean Crystal Growth and Crystal Technology. 2004; 14(3) 115-122.
Jinwon Oh, Seongmin Baik, Young Tag Keum. Multi-scale simulation of drying process for porous materials using molecular dynamics (part 1 : homogenization method). 2004; 14(3), 115-122.
Jinwon Oh, Seongmin Baik and Young Tag Keum. "Multi-scale simulation of drying process for porous materials using molecular dynamics (part 1 : homogenization method)" Journal of the Korean Crystal Growth and Crystal Technology 14, no.3 (2004) : 115-122.
