A dynamic thermal modelling study of a typical metal clad building to evaluate overheating in the UK. Report 090110BRE prepared by Oxford Brookes University Oxford Institute for sustainable development, Oxford 10th January 2009

Technical Document NTD04

The Rooflight Association, 2009
A dynamic thermal modelling study of a typical metal clad building to evaluate overheating in the UK. Report 090110BRE prepared by Oxford Brookes University Oxford Institute for sustainable development, Oxford 10th January 2009 Download document

Document Status

Current

Supplement

Core Supplement

Series

Technical Document

Abstract

This study aims to assess the extent of overheating in modern metal-clad portal frame buildings with rooflights, focusing on temperature stratification at different levels within the occupied space. It seeks to determine how heat accumulates and distributes vertically, particularly under current construction standards. Additionally, the study explores various mitigation strategies, including natural and mechanical ventilation at high and low levels, to improve thermal comfort and reduce overheating risks in these structures.

History

2009 edition.

Subjects

  • Rooflights
  • Windows and doors

Publisher History

The trade association representing the UK’s rooflight industry develop standards and codes of practice in the provision of natural light in built environments. Publications cover all aspects of rooflight design, specification and installation. They were formerly known as NARM, the National Association of Rooflight Manufacturers.

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

We connect trusted knowledge to customers' workflows – mitigating risk, increasing efficiency and accelerating innovation For more than 60 years, leading R&D and engineering-intensive organizations have relied on us to achieve on-time, on-budget delivery of complex projects and new products. We deliver an unparalleled combination of technical content and Artificial Intelligence (AI) technologies to surface answers from the vast universe of technical knowledge, both inside and outside the organization. In a single interface, we connect the dots between information scattered across many different sources, allowing technical professionals to make better, more informed decisions faster.