Personal profile

Research interests

Dan’s interests are in innovative building materials and how these can be used for the improvement of the indoor environment quality for improved occupant health and wellbeing. He has a wide experience with natural building materials including earth, straw bale and other inorganic and organic materials. Dan’s approach is to consider holistically the use of these materials, investigating their material properties for structural and indoor environment regulation.

Dan’s research work initially centred on physical, mechanical and structural characterisation, but has developed to include work on micro-structural analysis, heat and moisture transfer in porous materials, life-cycle appraisal, environmental monit

toring and testing and most recently indoor environmental quality. Recent projects he has been a part of have included 
• The construction and testing of BaleHaus, an innovative prefabricated straw bale house, 
• Development of Stabilised extruded earth units. 
• ECO-SEE: Eco-innovative, Safe and Energy Efficient wall panels and materials for a healthier indoor environment, FP7.

He has been the recipient of best journal-paper award from the Institution of Civil Engineers. 

Willing to supervise PhD

  • Innovative renewable construction materials
  • Hygrothermal performance of materials
  • Indoor Air Quality
  • Health and Wellbeing of building occupants

Education / Academic qualification

Civil Engineering, Doctor of Philosophy, University of Bath

Civil Engineering, Master of Engineering, University of Bath

Fingerprint Fingerprint is based on mining the text of the person's scientific documents to create an index of weighted terms, which defines the key subjects of each individual researcher.

  • 11 Similar Profiles
Brick Engineering & Materials Science
Straw Engineering & Materials Science
Lime Engineering & Materials Science
Moisture Engineering & Materials Science
Air quality Engineering & Materials Science
indoor air Earth & Environmental Sciences
Plaster Engineering & Materials Science
Volatile organic compounds Engineering & Materials Science

Network Recent external collaboration on country level. Dive into details by clicking on the dots.

Projects 2013 2019

Research Output 2012 2018

Determination of optimal plaster thickness for moisture buffering of indoor air

Maskell, D., Thomson, A., Walker, P. & Lemke, M. 15 Feb 2018 In : Building and Environment. 130, p. 143-150

Research output: Contribution to journalArticle

Plaster
Moisture
moisture
buffering
indoor air
Environmental impact
Insulation
Statistical methods

An Alternative to Gypsum Plasterboard

Maskell, D., Church, M., Thomson, A., Walker, P. & Robinson, T. 9 Dec 2017 p. 93 - 99 7 p.

Research output: Contribution to conferencePaper

gypsum
life cycle
thermal conductivity
buffering
environmental quality

Bio-based plaster for improved indoor air quality

Maskell, D., Ferreira Pinto Da Silva, C., Mower, K., Cheta, R., Dengel, A., Ball, R., Ansell, M., Thomson, A., Peter, U. & Walker, P. 2017

Research output: Contribution to conferencePaper

File
volatile organic compound
indoor air
air quality
lime
cement

Development of a Bio-Based Plasterboard

Maskell, D., Church, M., Thomson, A., Walker, P. & Robinson, T. 2017

Research output: Contribution to conferencePaper

Open Access
File
gypsum
environmental impact
thermal conductivity
buffering
environmental quality