Faculty

Institution

Unit

Venue

Ronald N. Miles

Distinguished Professor

Binghamton University

Affiliations

Thomas J. Watson College of Engineering and Applied Science

Mechanical Engineering

Ronald N. Miles is currently serving as a Mechanical Engineering Distinguished Professor at Binghamton University.

Honors

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Experiences

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Education

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Ronald N. Miles

Binghamton University

Distinguished Professor

You can click a keyword to filter the displayed items

acoustical engineering applied physics electrical engineering instrumentation mechanical engineering bioacoustics audiology hearing research engineering acoustic materials science micro-electromechanical systems audio electroacoustics sensors vibrations sound speech processing acoustic modeling physical acoustics avian biology entomology numerical simulations acoustic ecology auditory science micromechanics sensor design sensor technology acoustic signal processing insect science acoustical oceanography microfluidics tribology microfabrication acoustic sensors micro technology optical engineering viscous damping ornithology precision engineering vibration control electronics comparative physiology audio analysis directional hearing mechanical shock mechanical science electronic packaging auditory physiology speech technology engineering noise control experimental biology wave motion wave propagation structural analysis structural vibrations bio-inspired robotics electrostatic levitation re-expansion method animal science mobile computing power electronics spectral theory accelerometers fabrication techniques sound design intermittently connected device mems arches electrostatic forces mechanical response perforated planar microstructures electrostatic actuation dynamic response repulsive force pcb motion mems devices parasitoid fly periodic array engineering mechanical vibrations mechanics

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Small Cavity for Detecting Sound-Induced Flow. The Journal of the Acoustical Society of America (2025)

Junpeng LaiZihan LiuMorteza KarimiMahdi FarahikiaWeili CuiJohar PourghaderSara AghazadehChanghong KeRonald Miles

marine engineeringengineeringsound-induced flowacoustical engineeringinstrumentationsmall cavity

Bio-Inspired Flow-Sensing Capacitive Mems Microphone. (2024)

Johar PourghaderWeili CuiJunpeng LaiMahdi FarahikiaChanghong KeMorteza KarimiRonald N Miles

biological engineeringmicrowave technologywearable technologymicro-electromechanical systemsbio-inspired roboticsbioelectronicselectrical engineeringbiomedical engineeringbiosensorsbioacousticssensor technologyinstrumentationsensor design

Effect of Size on the Thermal Noise and Acoustic Response of Viscous-Driven Microbeams. The Journal of the Acoustical Society of America (2024)

Junpeng LaiMahdi FarahikiaMorteza KarimiZihan LiuYingchun JiangChanghong KeRonald Miles

viscous-driven microbeamsacoustical oceanographythermal noisehearing researchengineering acousticacoustic responseacoustical engineeringapplied physicsmicrofluidics

Microphone Diaphragm Thermal Noise Floor Measurement Using a Laser Vibrometer. The Journal of the Acoustical Society of America (2024)

Morteza KarimiJunpeng LaiJohar PourghaderRonald Miles

thermal engineeringaudio electroacousticsacoustic signal processinglaser vibrometermechanical engineeringaudiologyhearing researchbioacousticsengineering acousticacoustical engineeringapplied physicsinstrumentation

Sensing Viscous Acoustic Flow: Using Spider Silk to Hear. The Journal of the Acoustical Society of America (2024)

Jian ZhouJunpeng LaiRonald Miles

sensorsauditory scienceacoustic signal processingspider silkunderwater acousticsviscous acoustic flowavian biologyaudiologyhearing researchbioacousticsacoustical engineeringmaterials science

Acoustic Sensing. Mechanical engineering series (2023)

Ronald N. Miles

wearable sensorsspeech processingneurosciencespeech perceptionacoustic sensingmarine sensordeep learningrobotic sensingmusic information retrievalaudiologyoptical propertiesdeformationnonlinear analysisdistributed sensingcomputational imaginghearing researchcompressive sensingapplied physicsapplied mathematics

Analysis of Acoustic Signals. Mechanical engineering series (2023)

Ronald N. Miles

audio analysisspeech processingmechanical engineeringacoustic sensorsspeech communicationacoustic signal processingsoundmusicacoustic musicsensorsspoken language technologyacoustic signalslinguisticsnonlinear analysisshift detectionsonar signal processingsignal processinghearing researchinstrumentation

Analysis of Mufflers and Ducts. Mechanical engineering series (2023)

Ronald N. Miles

active controlfracture mechanicsmechanical verificationstructural mechanicshydraulic engineeringfluid dynamicsnumerical analysismechanical engineeringtribologyfibersmicromechanicselectrical engineeringmechanical modelingstressstrain analysisapplied physicsdeformationfrictionmechanical systems

Bio-Inspired Ultra-Sensitive Directional Acoustic Flow Sensing Using Electro-Spun Nanofiber Mesh Over a Close-Back Cavity. The Journal of the Acoustical Society of America (2023)

Junpeng LaiMahdi M. FarahikiaMorteza KarimiZihan LiuChanghong KeRonald Miles

biological engineeringsensorsnanomaterialsacoustic modelingnanotechnologyacoustic sensorsbiomedical engineeringaudiologyhearing researchbioacousticsclose-back cavityelectro-spun nanofiber meshacoustical engineeringinstrumentationmaterials scienceacoustic ecology

Computer-Aided Acoustics. Mechanical engineering series (2023)

Ronald N. Miles

speech processingmechanical engineeringaudio signal processingcomputer engineeringdigital signal processingaeroacousticscomputer scienceacoustic signal processingsoundsensorsactive controlspoken language technologyphysical acousticscomputer-aided acousticsacoustic modelingcomputational imagingsound propagationdigital image processingcomputer-aided design

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Ronald N. Miles

Distinguished Professor

Binghamton University

Affiliations

Thomas J. Watson College of Engineering and Applied Science

Mechanical Engineering

Ronald N. Miles is currently serving as a Mechanical Engineering Distinguished Professor at Binghamton University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Ronald N. Miles

Binghamton University

Distinguished Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Small Cavity for Detecting Sound-Induced Flow. The Journal of the Acoustical Society of America (2025)

Junpeng LaiZihan LiuMorteza KarimiMahdi FarahikiaWeili CuiJohar PourghaderSara AghazadehChanghong KeRonald Miles

marine engineeringengineeringsound-induced flowacoustical engineeringinstrumentationsmall cavity

Bio-Inspired Flow-Sensing Capacitive Mems Microphone. (2024)

Johar PourghaderWeili CuiJunpeng LaiMahdi FarahikiaChanghong KeMorteza KarimiRonald N Miles

Effect of Size on the Thermal Noise and Acoustic Response of Viscous-Driven Microbeams. The Journal of the Acoustical Society of America (2024)

Junpeng LaiMahdi FarahikiaMorteza KarimiZihan LiuYingchun JiangChanghong KeRonald Miles

viscous-driven microbeamsacoustical oceanographythermal noisehearing researchengineering acousticacoustic responseacoustical engineeringapplied physicsmicrofluidics

Microphone Diaphragm Thermal Noise Floor Measurement Using a Laser Vibrometer. The Journal of the Acoustical Society of America (2024)

Morteza KarimiJunpeng LaiJohar PourghaderRonald Miles

Sensing Viscous Acoustic Flow: Using Spider Silk to Hear. The Journal of the Acoustical Society of America (2024)

Jian ZhouJunpeng LaiRonald Miles

sensorsauditory scienceacoustic signal processingspider silkunderwater acousticsviscous acoustic flowavian biologyaudiologyhearing researchbioacousticsacoustical engineeringmaterials science

Acoustic Sensing. Mechanical engineering series (2023)

Ronald N. Miles

Analysis of Acoustic Signals. Mechanical engineering series (2023)

Ronald N. Miles

Analysis of Mufflers and Ducts. Mechanical engineering series (2023)

Ronald N. Miles

Bio-Inspired Ultra-Sensitive Directional Acoustic Flow Sensing Using Electro-Spun Nanofiber Mesh Over a Close-Back Cavity. The Journal of the Acoustical Society of America (2023)

Junpeng LaiMahdi M. FarahikiaMorteza KarimiZihan LiuChanghong KeRonald Miles

Computer-Aided Acoustics. Mechanical engineering series (2023)

Ronald N. Miles

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Similar Faculty Members

Rasim Guldiken

Institution

University of South Florida

engineering

precision engineering

Rajendra Singh

Institution

Ohio State University

mechanical engineering

machine dynamics

Mark Sheplak

Institution

University of Florida

microfabrication

transducer principle

Thomas J. Royston

Institution

University of Illinois Chicago

mechanical wave motion

ultrasound

Neal Hall

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instrumentation

applied physics

Mohammad Younis

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nano electro mechanical system

nonlinear phenomena

Michael Haberman

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mechanical testing

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Boston University

nanotechnology

biomedical circuit

David B. Bogy

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Sean Peterson

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engineering

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