Designing urban streets to minimise urban heat island effects - understanding wind-driven convective heat transfer from the surfaces of inner-city buildings and streets

Information Paper 19/10

BRE, 2010
Designing urban streets to minimise urban heat island effects - understanding wind-driven convective heat transfer from the surfaces of inner-city buildings and streets Download document

Document Status

Current

Supplement

Core Supplement

Series

Information Paper

Abstract

How street geometry affects wind flow patterns, presenting the findings of wind tunnel studies to quantify the resulting convective cooling.

Author

Smith, J.

ISBN

9781848061583

Subjects

  • Civil engineering, infrastructure and public utilities
  • Transport facilities
  • Environmental assessment of roads
  • Special subject areas
  • Weather/Climate
  • Roads
  • Environmental issues/energy

Publisher History

BRE is a building science centre that generates new knowledge through research. This is used to create products, tools and standards that drive positive change across the built environment. BRE helps its government and private sector clients meet the significant environmental, social and economic challenges they face in delivering homes, buildings and communities. BRE is owned by the BRE Trust, a registered charity. The Trust uses the profits made by the BRE companies to fund research and education that advances knowledge of the built environment.

Information

NBS

NBS has produced specification systems and information products for construction industry professionals for more than 40 years. The National Building Specification is the recognised UK national standard and is used by over 5,000 organisations. NBS is part of RIBA Enterprises Ltd.

Accuris

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