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Dive into the research topics where Hector Altamirano-Medina is active.

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Featured researches published by Hector Altamirano-Medina.


Advances in Building Energy Research | 2009

Guidelines to Avoid Mould Growth in Buildings

Hector Altamirano-Medina; Michael J. Davies; Ian Ridley; Dejan Mumovic; T Oreszczyn

Abstract There is now widespread acceptance that mould growth in buildings should be avoided as it may lead to adverse health effects. Consequently, it is critically important to have appropriate guidelines that address this issue. As well as reviewing the existing literature with regard to the state of the art of relevant mould-related research, this chapter reports on work aimed at developing mould-related Building Regulation guidance for dwellings in England and Wales. The major findings are, first, that although the factors that influence mould growth are well known, in buildings the variation and interrelationships of and between those are complex and, second, to deal with this complexity there is a fundamental choice between setting specific moisture performance criteria or using a ‘mould model’ to demonstrate compliance with regulations. At present, for England and Wales, the setting of moisture criteria is preferable and this chapter makes relevant suggestions for such criteria.


Energy Procedia | 2015

Parametric Study on the Impact of Thermal Bridges on the Heat Loss of Internally Insulated Buildings

Valentina Marincioni; Neil May; Hector Altamirano-Medina


In: (Proceedings) CLIMA 2007 Conference. : Helsinki, Finland. (2007) | 2007

A comparative analysis of the indoor air quality and thermal comfort in schools with natural, hybrid and mechanical ventilation strategies

Dejan Mumovic; Michael J. Davies; Colin Pearson; Gareth Pilmoor; Ian Ridley; Hector Altamirano-Medina; T Oreszczyn


Energy Procedia | 2017

Analysis of the suitability of mould growth models for the risk assessment of woodfibre internal wall insulation

Valentina Marincioni; Hector Altamirano-Medina


6th International Indoor Air Quality, Ventilation and Energy Conservation in Buildings Conference | 2007

Carbon dioxide levels and dynamics in newly built schools in England

Dejan Mumovic; Michael J. Davies; Ian Ridley; Hector Altamirano-Medina; T Oreszczyn


european modelling symposium | 2006

An initial evaluation of a biohygrothermal model for the purpose of assessing the risk mould growth in UK dwellings

Hector Altamirano-Medina; Michael Davies; Ian Ridley; Dejan Mumovic; T Oreszczyn


In: (Proceedings) IEA-EXCO Energy Conservation in Buildings and Community Systems, Annex 41 \"Moist-Eng\" Kyoto Meeting, Apr 3-5 2006. (pp. pp. 166-175). : Kyoto, Japan. (2006) | 2006

MOISTURE PERFORMANCE CRITERIA FOR UK DWELLINGS

Hector Altamirano-Medina; Michael J. Davies; Ian Ridley; Dejan Mumovic; T Oreszczyn


Building and Environment | 2018

Development of predictive models for the probabilistic moisture risk assessment of internal wall insulation

Valentina Marincioni; Giampiero Marra; Hector Altamirano-Medina


In: (Proceedings) 8th Nordic Building Physics Symposium. Div. of Building Technology: Copenhagen. (2008) | 2008

Moisture Performance Criteria to Control Mould Growth in UK Dwellings

Hector Altamirano-Medina; Michael J. Davies; Ian Ridley; Dejan Mumovic; T Oreszczyn


In: (Proceedings) International Indoor Air Quality, Ventilation and Energy Conservation in Buildings Conference (IAQVEC 2007). : Sendai, Japan. (2007) | 2007

The conditions required for mould growth in UK dwellings

Hector Altamirano-Medina; Michael J. Davies; Ian Ridley; Dejan Mumovic; T Oreszczyn

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T Oreszczyn

University College London

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Dejan Mumovic

University College London

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Giampiero Marra

University College London

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Marcella Ucci

University College London

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Michael Davies

University College London

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Ka Man Lai

Hong Kong Baptist University

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