초록

연구개발 목표 및 내용
최종 목표
본 과제는 열역학적 비평형 조건에서 광범위한 기체-입자 유동이 발생할 때, 고체 입자와 기체상의 상호 작용에 중점을 두고 수치모델을 적용하여 전산 해석을 수행할 수 있는 계산 효율적인 오픈 소스 프로그램을 제공하는 것을 목표로 한다.
전체 내용

연구개발성과

연구개발성과 활용계획 및 기대 효과

(출처 : 요약문 2p)

Abstract ▼

연구개발 목표 및 내용
최종목표

전체 내용
The content of this project is divided into four work packages:
WP1. Solver upgrade for high-fidelity simulations
WP2. NCCR implementation and validation against DSMC data
WP3. Implementation and validation of KTGF against DEM data
WP4. Numerical expe

연구개발 목표 및 내용
최종목표

전체 내용
The content of this project is divided into four work packages:
WP1. Solver upgrade for high-fidelity simulations
WP2. NCCR implementation and validation against DSMC data
WP3. Implementation and validation of KTGF against DEM data
WP4. Numerical experiments for Lunar landing problem

연구개발성과

연구개발성과 활용계획 및 기대 효과
1. Reducing the computational costs of space mission simulations
2. More efficient descent strategies and omission of possible damage to previously established sites on the Lunar surface and the lander itself.
3. Valuable contribution to the OpenFOAM community by developing open-source software
4. Generation of data sets valuable from a pure scientific point of view
5. Increasing public awareness of the utility of high-performance computing (HPC) in solving complex scientific/engineering problems
National concern: Simulation of Lunar landing will be specifically important to the Republic of Korea. The national plan and interest for Lunar exploration can give more value to the impactfulness of this innovative technology

(source : 요약문 2p)