Faculty

Institution

Unit

Venue

Stuart T. Smith

Professor

University of North Carolina at Charlotte

Affiliations

the William States Lee College of Engineering

Mechanical Engineering & Engineering Science

Stuart T. Smith is currently serving as a Mechanical Engineering & Engineering Science Professor at University of North Carolina At Charlotte.

Honors

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Experiences

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Education

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Stuart T. Smith

University of North Carolina at Charlotte

Professor

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applied physics instrumentation materials science mechanical engineering precision engineering engineering instrument science instrumentation engineering nanotechnology computed tomography medical imaging sensors surface science optoelectronics thin films thermal engineering sensor technology interferometry instrument development surface nanotechnology analytical instrumentation precision measurement sensor design optical metrology biomedical imaging electronics manufacturing technology nanometrology electronic instrumentation optical engineering dimensional measurements automatic control manufacturing engineering dimensional metrology magnetism tribology manufacturing science mammalian biology magnetoresistance surface analysis surface characterization experimental technology nanobiotechnology acoustical engineering robotic sensing material machining micro technology optical testing microactuators metallic pairs computer-aided design orthopaedic research bone research animal physiology musculoskeletal disorders friction solid-state electronics magnetic devices magnetic sensors upper extremity spinal biomechanics orthopedic biomechanics musculoskeletal research elliptical flexure hinges ultra-precision mechanism design compliant structures internal features cmm measurements x-ray ct x-y-th stage rat tail achilles tendons tensile mechanics advanced glycation collagen fibrils virtual probe tip manufacturing mechanical testing advanced manufacturing technologies measurement conventional instrumentation x-ray interferometry

Notable Scholarly Works

Notable Federal Grants

Collaborators

High Precision Surface Profilometry: From Stylus to Stm. CRC Press eBooks (2024)

Derek G. ChetwyndStuart T. Smith

surface sciencegeometrysurface modeling

Assessing the Effect of Penetration Length Variations on Dimensional Measurements With X-Ray Computed Tomography. Precision Engineering (2022)

Herminso Villarraga-GómezEdward P. MorseStuart T. Smith

penetration length variationsmedical imagingapplied physicsprecision engineeringcomputed tomographyradiologydimensional measurementsbiomedical engineering

Multi-Axis Modulated Compact Fiber-Based Fabry–Perot Interferometric Probe. Applied Optics (2022)

Farzaneh ShabahangStuart T. Smith

technologyinstrumentationinterferometrymechanical engineeringprecision engineeringapplied physicsoptical engineeringoptical metrology

Assessing the Effect of Sample Orientation on Dimensional X-Ray Computed Tomography Through Experimental and Simulated Data. Measurement (2021)

Herminso Villarraga-GómezArtem AmirkhanovChristoph HeinzlStuart T. Smith

sample orientationstatisticsmedical imagingcomputed tomographydimensional x-rayradiology

Corrigendum to “Amplitude-Wavelength Maps for X-Ray Computed Tomography Systems” [Precis Eng 64 (2020) 228–242]. Precision Engineering (2021)

Herminso Villarraga-GómezLars KörnerRichard LeachStuart T. Smith

engineeringmedical imagingprecision engineeringcomputed tomographyamplitude-wavelength maps

Corrigendum to “X-Ray Computed Tomography: From Medical Imaging to Dimensional Metrology” [Precis Eng 60 (2019) 544–569]. Precision Engineering (2021)

Herminso Villarraga-GómezEricka L. HerazoStuart T. Smith

engineeringdimensional metrologyx-ray computed tomographymedical imagingprecision engineeringcomputed tomography

Design and Performance of a Thermal Actuator Driving a Preloaded Linear Translation Stage. Precision Engineering (2021)

Chunjie FanD.J. HastingsJoshua A. TarbuttonStuart T. Smith

engineeringheat transfermechanical engineeringsystems engineeringthermal engineeringprecision engineeringthermal actuator

Effect of Geometric Magnification on Dimensional Measurements With a Metrology-Grade X-Ray Computed Tomography System. Precision Engineering (2021)

Herminso Villarraga-GómezStuart T. Smith

biomedical imagingmedical imaginggeometric magnificationapplied physicsprecision engineeringcomputed tomographyradiologymetrology-grade x-raydimensional measurementsbiomedical engineering

Amplitude-Wavelength Maps for X-Ray Computed Tomography Systems. Precision Engineering (2020)

Herminso Villarraga-GómezLars KörnerRichard LeachStuart T. Smith

engineeringinstrumentationprecision measurementbiomedical imagingmedical imagingapplied physicsprecision engineeringcomputed tomographybiomedical engineeringamplitude-wavelength maps

Effect of the Number of Projections on Dimensional Measurements With X-Ray Computed Tomography. Precision Engineering (2020)

Herminso Villarraga-GómezStuart T. Smith

engineeringbiomedical imagingmedical imagingapplied physicsprecision engineeringcomputed tomographyradiologydimensional measurements

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Stuart T. Smith

Professor

University of North Carolina at Charlotte

Affiliations

the William States Lee College of Engineering

Mechanical Engineering & Engineering Science

Stuart T. Smith is currently serving as a Mechanical Engineering & Engineering Science Professor at University of North Carolina At Charlotte.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Stuart T. Smith

University of North Carolina at Charlotte

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

High Precision Surface Profilometry: From Stylus to Stm. CRC Press eBooks (2024)

Derek G. ChetwyndStuart T. Smith

surface sciencegeometrysurface modeling

Assessing the Effect of Penetration Length Variations on Dimensional Measurements With X-Ray Computed Tomography. Precision Engineering (2022)

Herminso Villarraga-GómezEdward P. MorseStuart T. Smith

penetration length variationsmedical imagingapplied physicsprecision engineeringcomputed tomographyradiologydimensional measurementsbiomedical engineering

Multi-Axis Modulated Compact Fiber-Based Fabry–Perot Interferometric Probe. Applied Optics (2022)

Farzaneh ShabahangStuart T. Smith

technologyinstrumentationinterferometrymechanical engineeringprecision engineeringapplied physicsoptical engineeringoptical metrology

Assessing the Effect of Sample Orientation on Dimensional X-Ray Computed Tomography Through Experimental and Simulated Data. Measurement (2021)

Herminso Villarraga-GómezArtem AmirkhanovChristoph HeinzlStuart T. Smith

sample orientationstatisticsmedical imagingcomputed tomographydimensional x-rayradiology

Corrigendum to “Amplitude-Wavelength Maps for X-Ray Computed Tomography Systems” [Precis Eng 64 (2020) 228–242]. Precision Engineering (2021)

Herminso Villarraga-GómezLars KörnerRichard LeachStuart T. Smith

engineeringmedical imagingprecision engineeringcomputed tomographyamplitude-wavelength maps

Corrigendum to “X-Ray Computed Tomography: From Medical Imaging to Dimensional Metrology” [Precis Eng 60 (2019) 544–569]. Precision Engineering (2021)

Herminso Villarraga-GómezEricka L. HerazoStuart T. Smith

engineeringdimensional metrologyx-ray computed tomographymedical imagingprecision engineeringcomputed tomography

Design and Performance of a Thermal Actuator Driving a Preloaded Linear Translation Stage. Precision Engineering (2021)

Chunjie FanD.J. HastingsJoshua A. TarbuttonStuart T. Smith

engineeringheat transfermechanical engineeringsystems engineeringthermal engineeringprecision engineeringthermal actuator

Effect of Geometric Magnification on Dimensional Measurements With a Metrology-Grade X-Ray Computed Tomography System. Precision Engineering (2021)

Herminso Villarraga-GómezStuart T. Smith

biomedical imagingmedical imaginggeometric magnificationapplied physicsprecision engineeringcomputed tomographyradiologymetrology-grade x-raydimensional measurementsbiomedical engineering

Amplitude-Wavelength Maps for X-Ray Computed Tomography Systems. Precision Engineering (2020)

Herminso Villarraga-GómezLars KörnerRichard LeachStuart T. Smith

engineeringinstrumentationprecision measurementbiomedical imagingmedical imagingapplied physicsprecision engineeringcomputed tomographybiomedical engineeringamplitude-wavelength maps

Effect of the Number of Projections on Dimensional Measurements With X-Ray Computed Tomography. Precision Engineering (2020)

Herminso Villarraga-GómezStuart T. Smith

engineeringbiomedical imagingmedical imagingapplied physicsprecision engineeringcomputed tomographyradiologydimensional measurements

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Similar Faculty Members

C.H. Menq

Institution

Ohio State University

mechanical systems

conventional instrumentation

Albert Pisano

Institution

University of California, Berkeley

nano mechanics

mechanical science

Jie Huang

Institution

Missouri University of Science and Technology

harsh environments

biosensor

Wei-Heng Shih

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Drexel University

materials science

applied physics

Debbie Senesky

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nano energy

nanomaterials

George T.-C. Chiu

Institution

Purdue University

mechatronic system

design

Kevin T. Turner

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nano scale

nanoscale adhesion

Michael Haberman

Institution

University of Texas at Austin

transducer principle

mechanical testing

Alexander Slocum

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mechanical engineering

engineering

Victor M. Bright

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applied physics

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