A ROBUST AND ACCURATE PHASE-FIELD SIMULATION OF SNOW CRYSTAL GROWTH

A ROBUST AND ACCURATE PHASE-FIELD SIMULATION OF SNOW CRYSTAL GROWTH
  • YIBAO LI
  • 김준석
  • 이동선
  • 이현근
  • 정다래
  • 외 2명

초록

In this paper we introduce 6-fold symmetry crystal growth using new phase-field models based on the modified Allen–Cahn equation. The proposed method is a hybrid method which uses both analytic and numerical solutions. We then show this method can be extended to k-fold case. The Wulff construction procedure is provided to understand and predict the shape of crystals. We also present a detailed mathematical proof of the validity of the Wulff construction. For computational results, we verify the accuracy and efficiency of the method for snow crystal growth.

키워드

Allen–Cahn equationphase-field methodWulff constructionsnow crystal growth
제목
A ROBUST AND ACCURATE PHASE-FIELD SIMULATION OF SNOW CRYSTAL GROWTH
제목 (타언어)
A ROBUST AND ACCURATE PHASE-FIELD SIMULATION OF SNOW CRYSTAL GROWTH
저자
YIBAO LI김준석이동선이현근정다래이채영양동규
발행일
2012
저널명
Journal of the Korean Society for Industrial and Applied Mathematics
16
1
페이지
15 ~ 29