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Author

Bin Su

Observed names: B Su, B. Su, Su, Bin
ORCID: 0000-0003-4595-2681
Observed ORCID: 0000-0003-4595-2681
OpenAlex ID: A5046664199
The impact of passive design factors on house energy efficiency
2011 · Bin Su · Architectural Science Review · 30
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Building Passive Design and Housing Energy Efficiency
2008 · Bin Su · Architectural Science Review · 23
Thermal Performance of School Buildings: Impacts beyond Thermal Comfort
2022 · Bin Su, Renata Jadresin Milic, et al. · International Journal of Environmental Research and Public Health · 22
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Prevention of Winter Mould Growth in Housing
2006 · Bin Su · Architectural Science Review · 21
A Field Study of Mould Growth and Indoor Health Conditions in Auckland Dwellings
2002 · Bin Su · Architectural Science Review · 11
A Case Study of Roof Thermal Performance in Naturally Ventilated Houses in Hot-Humid Climates under Summer Conditions
2006 · Bin Su, Richard Aynsley · Architectural Science Review · 8
Estimation of Natural Cross-ventilation Potentials of Medium- Density Housing in the Humid Tropics
2001 · Bin Su · Architectural Science Review · 8
Occupants’ Health and Their Living Conditions of Remote Indigenous Communities in New Zealand
2020 · Bin Su, Lian Wu · International Journal of Environmental Research and Public Health · 7
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Hotel Design And Energy Consumption
2012 · Su, Bin · Unitec Research Bank (Unitec Institute of Technology) · 7
Field Study to Compare and Evaluate Summer Thermal Comfort of School Buildings with Different Moderate Thermal Mass in Their Building Elements
2023 · Bin Su, Peter McPherson, et al. · Buildings · 6
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Estimating Wind Frequency for Natural Ventilation at Remote Sites
2002 · Richard Aynsley, Bin Su · International Journal of Ventilation · 6
Field Study of Relationships Between Indoor Thermal Conditions and Two Major Causes of Allergies—Dust Mites and Mould—In New Zealand Houses
2025 · Bin Su, Peter McPherson, et al. · Buildings · 5
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Field study to compare and evaluate winter indoor thermal and health conditions of school buildings with different envelopes
2016 · Bin Su · Architectural Science Review · 5
A Pilot Study on the Indoor Thermal Comfort of the “Wind-Rain” House
2011 · Bin Su · International Journal of Ventilation · 5
Developments in Wind Tunnel Studies for Estimating the Cross Ventilation Potential for a Low-Rise Building in a Built-Up Area
2003 · Bin Su · International Journal of Ventilation · 5
Learning from practice in the digital age: ‘Digitalisation of heritage in New Zealand’
2024 · Iman Raza Khan, Renata Jadresin Milic, et al. · Architectural Science Review · 4
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Impacts Of Building Design Factors On Auckland School Energy Consumptions
2013 · Su, Bin · Unitec Research Bank (Unitec Institute of Technology) · 4
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Estimation of Natural Ventilation around Medium Density Housing in the Humid Tropics
2001 · Bin Su · Architectural Science Review · 4
Impact of Building Envelope Design on Energy Consumption of Light Structure School Building
2016 · Bin Su · Proceedings of International Structural Engineering and Construction · 3
Indoor Moisture Control Of Auckland Houses With Different Ventilation Systems
2013 · Su, Bin · Unitec Research Bank (Unitec Institute of Technology) · 3
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Energy Efficiency Design for a House with Temporary Heating and Winter Daytime Cross Ventilation
2009 · Bin Su · International Journal of Ventilation · 3
Roof Thermal Design for Naturally Ventilated Houses in a Hot Humid Climate
2009 · Bin Su, Richard Aynsley · International Journal of Ventilation · 3
Future Housing Energy Efficiency Associated With The Auckland Unitary Plan
2014 · Su, Bin · Unitec Research Bank (Unitec Institute of Technology) · 2
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Wind Tunnel Study for Estimating Outdoor Ventilation in a Dense Low-Rise Building Area
2004 · Bin Su · International Journal of Ventilation · 2
Field studies to investigate winter indoor thermal conditions of mechanically ventilated houses with different R-value building envelopes
2016 · Bin Su · International Journal of Ventilation · 1
Works count: 45
Citation count: 200
H-index: 7
I10-index: 5
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