REAL Korea
Menu
  • HOME
  • REAL?
    • Introduction
    • Facility
    • Equipments
    • Contact
    • Close
  • People
    • Professor
    • Student
    • Alumni
    • Close
  • Papers
    • Papers
    • Proceedings
    • Books
    • Patents
    • Articles
    • Award
    • Close
  • Research
    • Current & Completed Projects
    • Research Area
    • Close
  • Lecture
    • Curriculum
    • Workshop
    • Close
  • BLOG
  • Board
    • Photo
    • Links
    • Notice
    • News
    • Close
  • Curriculum
  • Public Lecture
  • Workshop

Building Energy Performance

건물에너지 성능평가(학부 3학년1학기)

전산유체역학 : Simulation CFD: Detailed Fluid and Heat Studies

Source(원본출처) : AutoDesk’ Sustainability Workshop, http://sustainabilityworkshop.autodesk.com/buildings/simulation-cfd-detailed-fluid-and-heat-studies

Autodesk Simulation CFD is a powerful tool for computational fluid dynamics. It can help you analyze fluid flows and heat transfer both inside and outside of your building design. Using Simulation CFD you can get more accurate quantitative results to optimize the airflow and thermal comfort of interior rooms and spaces.

Note: Autodesk Simulation CFD was formerly CFDesign by Blue Ridge Numerics.

Simulation CFD resources for architectural applications

Note that the built-in help and tutorials for Simulation CFD is top-notch. If you’re trying to learn the product on your own, use those resources first.

  • Autodesk Wikihelp
    • Best practices for using Simulation CFD for architecture
    • Revit and Simulation CFD
    • Using Simulation CFD for Natural Ventilation
    • Using Simulation CFD for exterior wind analysis and wind loads
  • Autodesk Simulation TV: Includes an overview video for CFD modeling for AEC and MEP engineering. Includes a video on modeling and optimizing datacenters, an extreme use case for optimizing heat and energy use within a building.

Upfront CFD Magazine (February 2011): The Built Environment

Includes articles on LEED, air quality, human comfort, data center design, smoke ventilation, and simple case studies from industry.

CFD-AEC

Click to download the PDF

Attachment Size
Upfront CFD Magazing

cfd-aec_upfront-builtenvironmentissue

2.52 MB
Tags:
cfd, Natural Ventilation, heat transfer, building design

– See more at: http://sustainabilityworkshop.autodesk.com/buildings/simulation-cfd-detailed-fluid-and-heat-studies#sthash.QBxlXI84.dpuf

국립한밭대학교 건축공학과

신재생에너지건축연구실
건설공학관 S8동 313호실

REAL : Renewable Energy Architectural Lab.

Department of Architectural Engineering,
Hanbat National University,
San 16-1, Duckmyung-dong, Yuseong-gu
Daejeon, South Korea 305-719

LAB : +82 (0)42 821 1636

Sustainable Future

with Renewable Architecture

Login Status

You are not logged in.

Sitemap

  • Articles
  • Blog
  • Board
    • Links
    • News
    • Notice
    • Photo
  • Board2
  • Books
  • BSim et01 funtamental
  • BSim et02 climaticA
  • BSim et03 HeatGainLoss
  • BSim et03 HeatGainLoss NH
  • BSim et04 shadows
  • BSim et05 ShadingMask
  • BSim et06 RightToLight
  • BSim et07 SolarRadiation
  • BSim et08 PhotovoltaicS
  • BSim et09 CFD
  • BSim et10 Daylighting study
  • BSim et11 Daylighting radiance
  • BSim et12 Daylighting daysim
  • BSim et13 Acoustic analysis
  • Equipments Temperature
  • Equipments Thermal
  • Frontpage
  • Lecture
    • Curriculum
    • PublicLecture
    • Workshop
  • My Work
    • Award
    • Papers
    • Patents
    • Proceedings
  • People
    • Alumni
    • Professor
    • ProfessorKorean
    • Student
  • Project
    • CompletedProject
    • CurrentProject
    • Research
  • REAL?
    • Contact
    • Equipments
    • Facility
    • Introduction
  • Sample Page
© Copyright - REAL Korea - Enfold Child Theme by Kriesi
Scroll to top