Faculty

Institution

Unit

Venue

Brian Phillips

Associate Professor

University of Florida

Affiliations

Engineering School of Sustainable Infrastructure & Environment

Department of Civil & Coastal Engineering

Herbert Wertheim College of Engineering

Engineering School of Sustainable Infrastructure & Environment

Brian Phillips is currently serving as a Civil & Coastal Engineering Associate Professor at University of Florida.

Honors

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Experiences

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Education

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Brian Phillips

University of Florida

Associate Professor

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engineering systems engineering structural engineering structural control mechanical engineering vibration control civil engineering structural mechanics control systems structural safety wind engineering vibrations modeling and simulation real-time hybrid simulation automatic control active control control system technology numerical simulations structural vibrations earthquake engineering engineering structures building engineering structural dynamics structural optimization engineering optimization control optimization architectural engineering structural systems structural analysis nonlinear vibration control active vibration control real-time simulation rate-independent linear damping mechanical systems high-rise buildings seismic isolation control design structural performance low-rise buildings low-frequency structures feedforward control building automation health monitoring mechanical modeling ground motions shape optimization real-time control mr dampers actuator dynamics wind tunnel wind pressure data bridge engineering intelligent building system safety feed forward (control) real-time system design smart buildings building performance condition monitoring blast loading automation engineering boundary layers marine meteorology applied meteorology extreme weather weather disaster weather forecasting seismic analysis real time hybrid simulation large scale rths methodology dynamic behavior model-based multiactuator control smart outrigger multi‐metric control protective systems

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Corner Protrusion Strategy for the Aerodynamic Response Mitigation of Tall Buildings With the Aim of Using Non-Structural Components. Engineering Structures (2024)

Wei-Ting LuBrian M. PhillipsZhaoshuo Jiang

corner protrusion strategyaerodynamic response mitigationengineeringstructural safetyaerodynamicsstructural engineeringnon-structural componentstall buildingsstructural design

Aerodynamic Responses of Tall Buildings With Cross-Section Modification Through Additive- and Subtractive-Based Strategies. Journal of Wind Engineering and Industrial Aerodynamics (2024)

Wei-Ting LuBrian M. PhillipsZhaoshuo Jiang

wind engineeringengineeringaerodynamicsaerodynamic responsescross-section modificationsubtractive-based strategiestall buildings

Flow Characteristics Over Flat Building Roof With Different Edge Configurations for Wind Energy Harvesting: A Wind Tunnel Study. Energy and Buildings (2024)

Shaopeng LiWei-Ting LuBrian M. PhillipsZhaoshuo Jiang

green buildingthermal engineeringwind energy technologydifferent edge configurationsnumerical simulationsarchitecturewind powerarchitectural designbuilding energyrenewable energycivil engineeringarchitectural engineeringenergy harvestingbuilding energy conservationwind engineeringwind tunnel studystructural engineeringinterior layerflow characteristicsbuilding engineeringenvironmental engineeringwind energy harvesting

Physical Simulation of Downburst Winds for Civil Structures: A Review. Journal of Wind Engineering and Industrial Aerodynamics (2024)

Shaopeng LiRyan A. CatarelliBrian M. PhillipsJennifer A. BridgeKurtis R. Gurley

geotechnical engineeringnumerical simulationssystems engineeringbuilt environmentsimulation modellingengineeringcivil engineeringstructural dynamicsphysical simulationwind engineeringsystem simulationturbulence modelingcivil structuresaerodynamicsreliability engineeringdownburst windsenvironmental fluid mechanicsbuilding engineeringstructural mechanicsindustrial engineeringcomputational fluid dynamics

An Experimental Platform to Study Wind, Hydrodynamic, and Biochemical Conditions in the Littoral Zone During Extreme Coastal Storms. Oceanography (2023)

Brian PhillipsForrest MastersBritt RaubenheimerMaitane OlabarrietaElise MorrisonPedro Fernández-CabánChristopher FerraroJustin DavisTaylor RawlinsonMichael Rodgers

extreme coastal stormsoceanographytidal zonechemical oceanographyphysical oceanographybiochemical conditionsoceanographic researchlittoral zoneenvironmental scienceexperimental platformbiological oceanography

Effects of Side and Corner Modification on the Aerodynamic Behavior of High-Rise Buildings Considering Serviceability and Survivability. Journal of Wind Engineering and Industrial Aerodynamics (2023)

Wei-Ting LuBrian M. PhillipsZhaoshuo Jiang

wind engineeringhigh-rise buildingsengineeringaerodynamic behavioraerodynamics

Surrogate-Based Cyber-Physical Aerodynamic Shape Optimization of High-Rise Buildings Using Wind Tunnel Testing. Journal of Wind Engineering and Industrial Aerodynamics (2023)

Wei-Ting LuBrian M. PhillipsZhaoshuo Jiang

wind engineeringdesign optimizationnumerical simulationsengineeringaerodynamicsengineering optimizationshape optimizationstructural optimization

A Fundamental-Period-Preserving Seismic Retrofit Methodology for Low-Rise Buildings With Supplemental Inerters. Engineering Structures (2022)

Wei-Ting LuBrian M. Phillips

supplemental inerterslow-rise buildingsengineeringearthquake engineeringstructural engineeringengineering structures

Front Matter. The Australian Year Book of International Law Online (2022)

Rachel FergusonSophie QuoyleSuhua ZhangSamuel GormanTamara RichardsonCeleste ZhongBen HuntsmanScott RobinsonAva CadeeJessica TaylorPhilip AlstonChristine ChinkinLaurence Boisson De ChazournesTheodore ChristakisHelen BradyKatrina CooperBill CampbellKaren ScottHilary Charlesworth JudgeGerry SimpsonSimon ChestermanDean Of LawS StrongJemima BackAlistair BoydNiamh CallinanTimothy CollinsJulian EdwardsJoseph HarmanMun LeeCatherine NguyenIbrahim TahaLiuyuwen YangYuanhang WangLara WilkinsonChiara AngeloniAsha BelkinLoretta BensonSulithi DewendraLucinda DunhamKellie ElmesElliot FreadmanMatthew GriceMeg HaynesTristan JamsonCrystal JiKavina KalaichelvamRhiannon KerrRachel KirkEmily LaAlex LiaJake MarusichCaitlyn MckenzieRachel MossEmma NortonKatherine O'connellJayden PayneEmily RowbothamSamuel SaundersDiya Sharma

electronic publishingworld literatureliteratureprelims comprisecontents foreword prefacedigital scholarshipliterary theoryfront mattertextual practicecopyright protectionenglishmedia studies

Predicting Topographic Effect Multipliers in Complex Terrain With Shallow Neural Networks. Frontiers in Built Environment (2022)

J. X. Santiago-HernándezA. Román SantiagoR. A. CatarelliB. M. PhillipsL. D. Aponte-BermúdezF. J. Masters

earth sciencecomputer visiondeep learningbuilt environmenttopographic effect multipliersshallow neural networkscomplex terraingeomorphologymachine learning

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Brian Phillips

Associate Professor

University of Florida

Affiliations

Engineering School of Sustainable Infrastructure & Environment

Department of Civil & Coastal Engineering

Herbert Wertheim College of Engineering

Engineering School of Sustainable Infrastructure & Environment

Brian Phillips is currently serving as a Civil & Coastal Engineering Associate Professor at University of Florida.

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 Phillips

University of Florida

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Corner Protrusion Strategy for the Aerodynamic Response Mitigation of Tall Buildings With the Aim of Using Non-Structural Components. Engineering Structures (2024)

Wei-Ting LuBrian M. PhillipsZhaoshuo Jiang

corner protrusion strategyaerodynamic response mitigationengineeringstructural safetyaerodynamicsstructural engineeringnon-structural componentstall buildingsstructural design

Aerodynamic Responses of Tall Buildings With Cross-Section Modification Through Additive- and Subtractive-Based Strategies. Journal of Wind Engineering and Industrial Aerodynamics (2024)

Wei-Ting LuBrian M. PhillipsZhaoshuo Jiang

wind engineeringengineeringaerodynamicsaerodynamic responsescross-section modificationsubtractive-based strategiestall buildings

Flow Characteristics Over Flat Building Roof With Different Edge Configurations for Wind Energy Harvesting: A Wind Tunnel Study. Energy and Buildings (2024)

Shaopeng LiWei-Ting LuBrian M. PhillipsZhaoshuo Jiang

Physical Simulation of Downburst Winds for Civil Structures: A Review. Journal of Wind Engineering and Industrial Aerodynamics (2024)

Shaopeng LiRyan A. CatarelliBrian M. PhillipsJennifer A. BridgeKurtis R. Gurley

An Experimental Platform to Study Wind, Hydrodynamic, and Biochemical Conditions in the Littoral Zone During Extreme Coastal Storms. Oceanography (2023)

Brian PhillipsForrest MastersBritt RaubenheimerMaitane OlabarrietaElise MorrisonPedro Fernández-CabánChristopher FerraroJustin DavisTaylor RawlinsonMichael Rodgers

Wei-Ting LuBrian M. PhillipsZhaoshuo Jiang

wind engineeringhigh-rise buildingsengineeringaerodynamic behavioraerodynamics

Surrogate-Based Cyber-Physical Aerodynamic Shape Optimization of High-Rise Buildings Using Wind Tunnel Testing. Journal of Wind Engineering and Industrial Aerodynamics (2023)

Wei-Ting LuBrian M. PhillipsZhaoshuo Jiang

wind engineeringdesign optimizationnumerical simulationsengineeringaerodynamicsengineering optimizationshape optimizationstructural optimization

A Fundamental-Period-Preserving Seismic Retrofit Methodology for Low-Rise Buildings With Supplemental Inerters. Engineering Structures (2022)

Wei-Ting LuBrian M. Phillips

supplemental inerterslow-rise buildingsengineeringearthquake engineeringstructural engineeringengineering structures

Front Matter. The Australian Year Book of International Law Online (2022)

electronic publishingworld literatureliteratureprelims comprisecontents foreword prefacedigital scholarshipliterary theoryfront mattertextual practicecopyright protectionenglishmedia studies

Predicting Topographic Effect Multipliers in Complex Terrain With Shallow Neural Networks. Frontiers in Built Environment (2022)

J. X. Santiago-HernándezA. Román SantiagoR. A. CatarelliB. M. PhillipsL. D. Aponte-BermúdezF. J. Masters

earth sciencecomputer visiondeep learningbuilt environmenttopographic effect multipliersshallow neural networkscomplex terraingeomorphologymachine learning

1
2
3
4
5
6
10 / page

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