Faculty

Institution

Unit

Venue

Otto J. Gregory

Distinguished Engineering Professor

University of Rhode Island

Affiliations

College of Engineering

Chemical Engineering

International Engineering

Otto J. Gregory is currently serving as a Chemical Engineering Distinguished Engineering Professor at University of Rhode Island.

Honors

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Experiences

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Education

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Otto J. Gregory

University of Rhode Island

Distinguished Engineering Professor

You can click a keyword to filter the displayed items

materials science thin films applied physics thermal engineering engineering materials engineering mechanical engineering sensor technology instrumentation nanotechnology advanced materials ceramic technology sensors surface science condensed matter physics material research sensor design thin film processing optical engineering solid-state electronics nanocomposites electronic materials advanced ceramics material chemistry electronics surface engineering surface processing engineering ceramic ceramic materials oxide electronics condensed matter manufacturing technology ceramic matrix composites piezoresistive properties engine research tribology surface characterization surface reactivity solid-state chemistry surface electrochemistry thermoelectric materials elevated temperatures trace detection single-crystal germanium electroceramics steel research advanced manufacturing technologies polymer engineering experimental analysis sensor applications ceramic synthesis bioceramics electrochemical interfaces thermal modeling printed electronics semiconductor devices material analysis material modeling sensor arrays surface treatments embedded sensing gas flow dissipative particle dynamics low carbon steel native insulators thermoelectric properties gaseous flow high temperature stability interface science fluid flow macromolecular chemistry solution phase water experimental investigation surface morphology preparation conditions health screening harsh environments process instrumentation precision engineering reactive sputtering technology process safety

Notable Scholarly Works

Notable Federal Grants

Collaborators

Extension Wire System for Thin Film Ceramic Thermocouples. Sensors and Actuators A Physical (2025)

Chris MillerNathaniel WrightOtto J. Gregory

sensorsextension wire systemthin filmssensor technology

Indium Tin Oxide as a Dual Region Resistance Temperature Detector. Measurement. Sensors (2024)

K. RiveraO.J. Gregory

sensorssensor technologytechnologyengineeringtemperature measurementoptoelectronicselectronicscondensed matter physicsinstrumentationmaterials sciencesensor design

Transient Thermal Mapping Utilizing the Sintering of Glass‐Ceramics. Advanced Engineering Materials (2024)

Noah A. BurkeOtto J. Gregory

thermal engineeringglass-ceramicceramic materialsadvanced materialsceramicsengineeringmaterial researchceramic technologymechanical engineeringtransient thermal mappingheat transfersinteringthermal transportcorrosionmaterials science

An Optical Technique Based on Silicate Glass Sintering for Temperature Mapping. International Journal of Applied Glass Science (2023)

Noah BurkePanagiotis PanoutsopoulosOtto J. Gregory

photonicsoptical techniquetemperature mappingapplied physicsmaterials science

Modeling Thermophysical Properties of Glasses. Scientific Reports (2023)

Angelo LuciaOtto Gregory

thermophysicsthermal modelingglass materialmaterial modelingthermodynamicsmaterials science

Novel Heat Flux Sensor for Sic-Sic Ceramic Matrix Composite Engine Components. Sensors and Actuators A Physical (2022)

Kevin RiveraOtto J. Gregory

sensorsthermal engineeringmaterials engineeringsensor technologyceramic technologymechanical engineeringmanufacturing technologyceramic matrix compositesheat transferelectronicsembedded sensingapplied physicsthin filmsinstrumentationmaterials sciencesensor design

Free-Standing, Thin-Film Sensors for the Trace Detection of Explosives. Scientific Reports (2021)

Peter P. RicciOtto J. Gregory

sensorsthin-film sensorssensor technologytrace detectionthin filmsinstrumentationmaterials science

Sensors for the Detection of Ammonia as a Potential Biomarker for Health Screening. Scientific Reports (2021)

Peter P. RicciOtto J. Gregory

sensorspublic healthhealth screeningammoniabiomarkershealth sciences

Continuous Monitoring of Tatp Using Ultrasensitive, Low-Power Sensors. IEEE Sensors Journal (2020)

Peter P. RicciOtto J. Gregory

sensorssystems engineeringsensor arrayswearable technologytechnologycontinuous monitoringelectrical engineeringmonitoring technologylow-power sensorsembedded sensingsensor technologyinstrumentation

ITO: Sic Ceramic Matrix Composite Thermocouples for Engine Components. IEEE Sensors Letters (2020)

Kevin RiveraOtto J. Gregory

thermal engineeringmaterials engineeringsensor technologyengine componentsmechanical engineeringelectrical engineeringceramic matrix compositesthin filmsmaterials sciencesensor design

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Otto J. Gregory

Distinguished Engineering Professor

University of Rhode Island

Affiliations

College of Engineering

Chemical Engineering

International Engineering

Otto J. Gregory is currently serving as a Chemical Engineering Distinguished Engineering Professor at University of Rhode Island.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Otto J. Gregory

University of Rhode Island

Distinguished Engineering Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Extension Wire System for Thin Film Ceramic Thermocouples. Sensors and Actuators A Physical (2025)

Chris MillerNathaniel WrightOtto J. Gregory

sensorsextension wire systemthin filmssensor technology

Indium Tin Oxide as a Dual Region Resistance Temperature Detector. Measurement. Sensors (2024)

K. RiveraO.J. Gregory

sensorssensor technologytechnologyengineeringtemperature measurementoptoelectronicselectronicscondensed matter physicsinstrumentationmaterials sciencesensor design

Transient Thermal Mapping Utilizing the Sintering of Glass‐Ceramics. Advanced Engineering Materials (2024)

Noah A. BurkeOtto J. Gregory

An Optical Technique Based on Silicate Glass Sintering for Temperature Mapping. International Journal of Applied Glass Science (2023)

Noah BurkePanagiotis PanoutsopoulosOtto J. Gregory

photonicsoptical techniquetemperature mappingapplied physicsmaterials science

Modeling Thermophysical Properties of Glasses. Scientific Reports (2023)

Angelo LuciaOtto Gregory

thermophysicsthermal modelingglass materialmaterial modelingthermodynamicsmaterials science

Novel Heat Flux Sensor for Sic-Sic Ceramic Matrix Composite Engine Components. Sensors and Actuators A Physical (2022)

Kevin RiveraOtto J. Gregory

Free-Standing, Thin-Film Sensors for the Trace Detection of Explosives. Scientific Reports (2021)

Peter P. RicciOtto J. Gregory

sensorsthin-film sensorssensor technologytrace detectionthin filmsinstrumentationmaterials science

Sensors for the Detection of Ammonia as a Potential Biomarker for Health Screening. Scientific Reports (2021)

Peter P. RicciOtto J. Gregory

sensorspublic healthhealth screeningammoniabiomarkershealth sciences

Continuous Monitoring of Tatp Using Ultrasensitive, Low-Power Sensors. IEEE Sensors Journal (2020)

Peter P. RicciOtto J. Gregory

sensorssystems engineeringsensor arrayswearable technologytechnologycontinuous monitoringelectrical engineeringmonitoring technologylow-power sensorsembedded sensingsensor technologyinstrumentation

ITO: Sic Ceramic Matrix Composite Thermocouples for Engine Components. IEEE Sensors Letters (2020)

Kevin RiveraOtto J. Gregory

thermal engineeringmaterials engineeringsensor technologyengine componentsmechanical engineeringelectrical engineeringceramic matrix compositesthin filmsmaterials sciencesensor design

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nanotechnology

advanced coating

Chih-hung Alex Chang

Institution

Oregon State University

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nanoparticle research

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materials science

chemical engineering

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advanced manufacturing

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nano electro mechanical system

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glass science

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