Faculty

Institution

Unit

Venue

Brian Stone

Professor

Georgia Institute of Technology

Affiliations

College of Design

School of City & Regional Planning

Brian Stone is currently serving as a College Of Design Professor at Georgia Institute of Technology.

Honors

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Experiences

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Education

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Brian Stone

Georgia Institute of Technology

Professor

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environmental science climate change public health urban climate urban planning environmental engineering built environment urban geography environmental health health sciences climatology urban design urban heat mitigation urban health air pollution climate policy climate change adaptation land use air quality thermal engineering urban environments human health applied geography environmental planning atmospheric research urban studies climatic change sustainable development extreme weather landscape planning regional climate response climate crisis climate resilience urban form urban heat management vehicular technology transport geography atmospheric environment respiratory medicine geophysical research urban air quality transportation planning transportation research planning theory indoor climate planning education planning practices reforestation climate issues data wrangling urban adaptation health effects mobile health exercise science transport economics transport sector transportation policy climatic impact human activity impact spectral analysis scaling analysis spatial planning compact cities extreme heat events urban sprawl thermal efficiency exercise-related health benefits reduced car travel midwestern united states central puget sound household vehicle emissions methodological framework compound climate infrastructure events street connectivity pedestrian flows energy transition energy utilization environmental impact assessment energy economy environmental impact of the energy industry energy revolution energy conservation

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessing the Complexity Required for Enhancing Eddy3D: Validation of Urbanmicroclimatefoam for Urban Heat Island Mitigation. Lecture notes in civil engineering (2024)

Sina RahimiUmberto BerardiPatrick KastnerBrian Stone

urban climateurban adaptationurban heat mitigationengineeringcivil engineeringenvironmental engineeringurban climate impacturban designurban modelling

Using Multiscale Atmospheric Modeling to Explore the Impact of Surface Albedo on Anthropogenic Heat Release. ASME Journal of Heat and Mass Transfer (2024)

Shuv DeyEvan MallenBrian StoneYogendra Joshi

surface albedoatmospheric sciencemultiscale atmospheric modelingmass transferenvironmental scienceheat transferanthropogenic heat release

Declining Urban Density Attenuates Rising Population-Weighted Exposure to Surface Heat Extremes. Research Square (Research Square) (2023)

Kangning HuangChenHe GuanBrian StoneJiayong Liang

climate changepublic healthpopulation-weighted exposureepidemiologyurban densitypopulation exposurestatisticsdemographic change

Evaluation and Validation of Microscale Atmospheric Modeling With Offline Weather Research and Forecasting Model to Parallelized Large-Eddy Simulation Model Forcing Conditions. ASME Journal of Engineering for Sustainable Buildings and Cities (2023)

Shuv DeyEvan MallenBrian StoneYogendra Joshi

thermal engineeringatmospheric scienceengineeringthermal modelingoffline weather researchenvironmental engineeringheat transfermodeling and simulationmicroscale atmospheric modeling

How Blackouts During Heat Waves Amplify Mortality and Morbidity Risk. Environmental Science & Technology (2023)

Brian StoneCarina J. GronlundEvan MallenDavid HondulaMarie S. O’NeillMayuri RajputSantiago GrijalvaKevin LanzaSharon HarlanLarissa LarsenGodfried AugenbroeE. Scott KrayenhoffAshley BroadbentMatei Georgescu

climate changepublic healthepidemiologyrespiratory medicinemorbidity riskenvironmental sciencedisastersclimate epidemiologyextreme weather

Planning for Climate Leadership. Journal of Planning Education and Research (2023)

Elisabeth (Hamin) InfieldLinda ShiIvis GarcíaJennifer MinnerJan WhittingtonKian GohDavid HsuJulian AgyemanMichael BoswellBrian Stone

climate changeeducational strategieseducationenvironmental educationclimate actioneducational leadershipclimate leadershipclimate governanceclimate communicationclimate crisisclimate policyclimate research

Thermal Resilience in a Renovated Nearly Zero-Energy Dwelling During Intense Heat Waves. Journal of Building Performance Simulation (2023)

Deepak AmaripadathMitali Yeshwant JoshiMohamed HamdySteffen PetersenBrian Stone, Jr.Shady Attia

thermal engineeringperformance-based building designbuilt environmentbuilding engineeringintense heat wavesarchitecturebuilding technologythermal resilienceindoor climatebuilding designbuilding performance

Climate Change and Infrastructure Risk: Indoor Heat Exposure During a Concurrent Heat Wave and Blackout Event in Phoenix, Arizona. Urban Climate (2021)

Brian StoneEvan MallenMayuri RajputAshley BroadbentE. Scott KrayenhoffGodfried AugenbroeMatei Georgescu

climate changepublic healthurban climateoccupant comfortbuilt environmenturban environmentsurban designurban geographyindoor heat exposureinfrastructure riskurban studiesurban planningurbanizationenvironmental engineeringindoor climatehealth sciencesblackout event

Compound Climate and Infrastructure Events: How Electrical Grid Failure Alters Heat Wave Risk. Environmental Science & Technology (2021)

Brian StoneEvan MallenMayuri RajputCarina J. GronlundAshley M. BroadbentE. Scott KrayenhoffGodfried AugenbroeMarie S. O’NeillMatei Georgescu

human impacts on the environmentclimatic changedisaster risk reductionclimatic impactenvironmental scienceclimate resiliencesystems engineeringclimate dynamicsclimate crisisclimate policyclimate changepublic healthenvironmental hazardsinfrastructure eventsdisaster risk sciencehuman activity impactenvironmental researchclimatologyclimate issuescompound climate

Heat Exposure During a Power Outage: A Simulation Study of Residences Across the Metro Phoenix Area. Energy and Buildings (2021)

Mayuri RajputGodfried AugenbroeBrian StoneMatei GeorgescuAshley BroadbentScott KrayenhoffEvan Mallen

urban climatepublic healthbuilt environmentsimulation studyengineeringheat exposuremetro phoenix areapower outageelectrical engineeringhousing

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Brian Stone

Professor

Georgia Institute of Technology

Affiliations

College of Design

School of City & Regional Planning

Brian Stone is currently serving as a College Of Design Professor at Georgia Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Brian Stone

Georgia Institute of Technology

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessing the Complexity Required for Enhancing Eddy3D: Validation of Urbanmicroclimatefoam for Urban Heat Island Mitigation. Lecture notes in civil engineering (2024)

Sina RahimiUmberto BerardiPatrick KastnerBrian Stone

urban climateurban adaptationurban heat mitigationengineeringcivil engineeringenvironmental engineeringurban climate impacturban designurban modelling

Using Multiscale Atmospheric Modeling to Explore the Impact of Surface Albedo on Anthropogenic Heat Release. ASME Journal of Heat and Mass Transfer (2024)

Shuv DeyEvan MallenBrian StoneYogendra Joshi

surface albedoatmospheric sciencemultiscale atmospheric modelingmass transferenvironmental scienceheat transferanthropogenic heat release

Declining Urban Density Attenuates Rising Population-Weighted Exposure to Surface Heat Extremes. Research Square (Research Square) (2023)

Kangning HuangChenHe GuanBrian StoneJiayong Liang

climate changepublic healthpopulation-weighted exposureepidemiologyurban densitypopulation exposurestatisticsdemographic change

Shuv DeyEvan MallenBrian StoneYogendra Joshi

thermal engineeringatmospheric scienceengineeringthermal modelingoffline weather researchenvironmental engineeringheat transfermodeling and simulationmicroscale atmospheric modeling

How Blackouts During Heat Waves Amplify Mortality and Morbidity Risk. Environmental Science & Technology (2023)

climate changepublic healthepidemiologyrespiratory medicinemorbidity riskenvironmental sciencedisastersclimate epidemiologyextreme weather

Planning for Climate Leadership. Journal of Planning Education and Research (2023)

Elisabeth (Hamin) InfieldLinda ShiIvis GarcíaJennifer MinnerJan WhittingtonKian GohDavid HsuJulian AgyemanMichael BoswellBrian Stone

Thermal Resilience in a Renovated Nearly Zero-Energy Dwelling During Intense Heat Waves. Journal of Building Performance Simulation (2023)

Deepak AmaripadathMitali Yeshwant JoshiMohamed HamdySteffen PetersenBrian Stone, Jr.Shady Attia

Climate Change and Infrastructure Risk: Indoor Heat Exposure During a Concurrent Heat Wave and Blackout Event in Phoenix, Arizona. Urban Climate (2021)

Brian StoneEvan MallenMayuri RajputAshley BroadbentE. Scott KrayenhoffGodfried AugenbroeMatei Georgescu

Compound Climate and Infrastructure Events: How Electrical Grid Failure Alters Heat Wave Risk. Environmental Science & Technology (2021)

Brian StoneEvan MallenMayuri RajputCarina J. GronlundAshley M. BroadbentE. Scott KrayenhoffGodfried AugenbroeMarie S. O’NeillMatei Georgescu

Heat Exposure During a Power Outage: A Simulation Study of Residences Across the Metro Phoenix Area. Energy and Buildings (2021)

Mayuri RajputGodfried AugenbroeBrian StoneMatei GeorgescuAshley BroadbentScott KrayenhoffEvan Mallen

urban climatepublic healthbuilt environmentsimulation studyengineeringheat exposuremetro phoenix areapower outageelectrical engineeringhousing

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Similar Faculty Members

Stephanie Pincetl

Institution

University of California, Los Angeles

urban water management

environmental planning

Brian M Deal

Institution

University of Illinois Urbana-Champaign

sustainable development

environmental planning

Vivek Shandas

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Oregon State University

environmental science

geography

Lei Zhao

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earth science

geography

Yan Song

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sustainable cities

urban geography

Peter David Howe

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climate risk

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Colin Polsky

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wetland

coastal management

Steve Hankey

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air quality

environmental health perspective

Jennifer Vanos

Institution

Arizona State University

urban adaptation

urban heat mitigation

Costa Samaras

Institution

Carnegie Mellon University

life cycle assessment

sustainability science