가야대학교 분성도서관

상단 글로벌/추가 메뉴

회원 로그인

주메뉴

: • 전체검색; • 단행본; • 정기간행물; • 학위논문; • 비도서; • 특정번호 검색; • 기사색인; • 학습연구지원; • 지정도서

: • 전자자원통합검색; • 해외 WEB DB; • E-Book; • E-Learning; • 국내 WEB DB; • 인터넷검색

: • 대출현황조회/연장; • 예약현황조회/취소; • 희망도서; • 내서재; • 나의서평; • 나의태그; • 나의위젯; • RSS; • SDI; • 개인정보관리

: • 공지사항; • FAQ; • Q&A 일반·학술; • 신착/인기 도서; • 학위논문온라인제출; • 외부인 이용안내; • 설문조사

: • 도서관 소개; • 연혁; • 현황; • 이용안내; • 찾아오시는 길

자료검색

Home
상세정보

상세정보

검색결과 돌아가기

검색화면

부가기능

MARC보기

Development and Implementation of Reconstructed Discontinuous Galerkin Methods for Computational Fluid Dynamics on GPUs

상세 프로파일

상세정보
자료유형	E-Book
개인저자	Lou, Jialin.
단체저자명	North Carolina State University.
서명/저자사항	Development and Implementation of Reconstructed Discontinuous Galerkin Methods for Computational Fluid Dynamics on GPUs.
발행사항	[S.l.] : North Carolina State University., 2018
발행사항	Ann Arbor : ProQuest Dissertations & Theses, 2018
형태사항	243 p.
소장본 주기	School code: 0155.
ISBN	9780438283534
일반주기	Source: Dissertation Abstracts International, Volume: 79-12(E), Section: B. Adviser: Hong Luo.
요약	Recently, the application of general-purpose graphics processing unit (GPGPU) technology to the computational fluid dynamics (CFD) solvers has been popular. With GPGPU, one can benefit from an exciting opportunity to significantly accelerate the
요약	The discontinuous Galerkin (DG) finite element methods, originally introduced for the solution of neutron transport equation in 1973, has become popular for CFD research for the last few decades. To overcome the high computing costs associated w
요약	The objective of the effort presented in this Ph.D. work is to port an unstructured CFD solver, reconstructed discontinuous Galerkin flow solver (RDGFLO), onto GPU platform using OpenACC. The solver is based on a third-order hierarchical Weighte
요약	A hyperbolic rDG method based on first order hyperbolic system (FOHS) is developed in this work. In addition to the least-squares reconstruction, the variational reconstruction scheme is also adopted to obtain arbitrary higher-order moments with
요약	In this study, both underlying DG(P1) scheme and rDG(P1P2) scheme which indicates that a quadratic polynomial solution is obtained from the underlying linear polynomial DG solution via a hierarchical WENO reconstruction, are ported onto GPGPU pl
요약	A number of inviscid and viscous flow problems are presented to verify the implementation of the developed schemes on the GPU. Strong scaling tests are carried out to compare the unit running time on single GPU and single CPU to obtain the speed
요약	In summary, the developed GPU accelerated rDG method and the hyperbolic rDG schemes have a great potential to become a viable, attractive, competitive and ultimately superior high- order methods in the field of computational fluid dynamics.
일반주제명	Aerospace engineering. Mathematics.
언어	영어
기본자료 저록	Dissertation Abstracts International79-12B(E). Dissertation Abstract International
대출바로가기	http://www.riss.kr/pdu/ddodLink.do?id=T15001279