Faculty

Institution

Unit

Venue

Hansen A. Mansy

Professor

University of Central Florida

Affiliations

College of Engineering and Computer Science

Department of Mechanical and Aerospace Engineering

Hansen A. Mansy is currently serving as a College Of Engineering And Computer Science Professor at University of Central Florida.

Honors

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Experiences

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Education

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Hansen A. Mansy

University of Central Florida

Professor

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cardiology respiratory medicine biomedical engineering health sciences physiology biophysics bioacoustics electrophysiology acoustical engineering sound transmission biomechanical engineering medical imaging applied physiology biomedical technologies vibrations machine learning neuroimaging hearing research engineering acoustic detection technique intracranial pressure pneumothorax auditory science blood flow measurement pig airways seismocardiographic signals rheology animal physiology neuroradiology cerebral blood flow unsupervised machine learning feature extraction computed tomography optical engineering audio electroacoustics diagnostic applications computational study airway insonification noninvasive detection doppler echocardiography peak velocity profiles computerized analysis canadian studies mechanical science anesthesia livestock science intensive care cardiovascular imaging neurosurgery neurointerventional surgery applied microbiology echocardiography benchmark studies relaxation process experimental analysis acoustic modeling biomedical modeling mechanical modeling physiological research auditory physiology health monitoring engineering noise control brain imaging early detection brain lesion analytical biotechnology cerebrospinal fluid cerebral vascular regulation biomedical research lateral spread comparative study time-frequency distribution fractional viscoelasticity poroviscoelastic models electronic stethoscopes endotracheal tube malpositions sound acoustic models acoustic tweezer vibration control biological systems soft tissues

Notable Scholarly Works

Notable Federal Grants

Collaborators

Blood Flow Restriction Attenuates Surface Mechanomyography Lateral and Longitudinal, but Not Transverse Oscillations During Fatiguing Exercise. Physiological Measurement (2024)

Ethan C HillChris E ProppePaola M RiveraSean M LubiakDavid H Gonzalez RojasJohn E LawsonHwan ChoiHansen MansyJoshua L Keller

transverse oscillationsexercise physiologyphysiologyexercise scienceneurophysiologyphysiological measurementsblood flow restrictionapplied physiologyhuman physiologybiomechanics

Effect of Respiration and Exercise on Seismocardiographic Signals. Computers in Biology and Medicine (2024)

Rajkumar DharSeena E DarwishSara A DarwishRichard H SandlerHansen A Mansy

biophysicsexercise physiologycomputational biologyseismocardiographic signalsphysiologyexercise sciencekinesiologyphysiological measurementsapplied physiology

Heart Failure Hospital Readmission Accurately Predicted by Seismocardiography Convolutional Neural Networks Modeling. Journal of Cardiac Failure (2024)

Richard H. SandlerRajkumar DharNirav RavalRobert J. MentzHansen A. Mansy

cardiologyhealth sciencesheart failure

Heart Failure Readmission Prediction Using Seismocardiogram Signal. (2024)

Rajkumar DharRakib HossenPeshala T GamageRichard H SandlerNirav Y RavalRobert J MentzHansen A Mansy

cardiologyseismocardiogram signalheart failurehealth sciencesstatistics

Scg Variability and Spectral Energy Distribution During Normal Breathing and Breath Hold at Different Lung Volumes and Airway Pressures. Scientific Reports (2024)

Sherif AhdyTanvir HassanBadrun RahmanRichard H. SandlerHansen A. Mansy

different lung volumesphysiologynormal breathingairway pressuresspectral energy distributionscg variability

Seismocardiographic Signal Variability During Regular Breathing and Breath Holding at Different Airway Pressures. Journal of Cardiac Failure (2024)

Richard H. SandlerSherif AhdyTanvir HassanBadrun RahmanNirav RavalRobert MentzHansen Mansy

seismocardiographic signal variabilitycardiologyphysiologyelectrophysiologyrespiratory medicineregular breathing

Comparison of Two Different Methods for Clustering Scg Signals. Journal of Cardiac Failure (2023)

Richard H. SandlerSherif AhdyMd Khushidul AzadNirav RavalRobert MentzHansen Mansy

cardiologyclusteringmedicinescg signalscomparative analysishealth sciencescritical caredifferent methods

Effect of Exercise on Seismocardiographic Signals. Journal of Cardiac Failure (2023)

Richard H SandlerRajkumar DharNirav RavalRobert MentzSara DarwishSeena DarwishMay AssiHansen Mansy

cardiologyexercise physiologyseismocardiographic signalsphysiologyrespiratory medicinehealth sciences

Effect of Extra Soft Tissue on Seismocardiographic Signal Using Finite Element Analysis. Journal of Cardiac Failure (2023)

Richard H. SandlerTanvir HassanBadrun RahmanPeshala GamageHansen Mansy

cardiologyextra soft tissuefinite element analysisengineeringseismocardiographic signaljournalismhealth sciences

Postural and Longitudinal Variability in Seismocardiographic Signals. Physiological Measurement (2023)

Md Khurshidul AzadPeshala T GamageRajkumar DharRichard H SandlerHansen A Mansy

physiologylongitudinal variabilityphysiological measurementsseismology

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Hansen A. Mansy

Professor

University of Central Florida

Affiliations

College of Engineering and Computer Science

Department of Mechanical and Aerospace Engineering

Hansen A. Mansy is currently serving as a College Of Engineering And Computer Science Professor at University of Central 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

Hansen A. Mansy

University of Central Florida

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Blood Flow Restriction Attenuates Surface Mechanomyography Lateral and Longitudinal, but Not Transverse Oscillations During Fatiguing Exercise. Physiological Measurement (2024)

Ethan C HillChris E ProppePaola M RiveraSean M LubiakDavid H Gonzalez RojasJohn E LawsonHwan ChoiHansen MansyJoshua L Keller

transverse oscillationsexercise physiologyphysiologyexercise scienceneurophysiologyphysiological measurementsblood flow restrictionapplied physiologyhuman physiologybiomechanics

Effect of Respiration and Exercise on Seismocardiographic Signals. Computers in Biology and Medicine (2024)

Rajkumar DharSeena E DarwishSara A DarwishRichard H SandlerHansen A Mansy

biophysicsexercise physiologycomputational biologyseismocardiographic signalsphysiologyexercise sciencekinesiologyphysiological measurementsapplied physiology

Heart Failure Hospital Readmission Accurately Predicted by Seismocardiography Convolutional Neural Networks Modeling. Journal of Cardiac Failure (2024)

Richard H. SandlerRajkumar DharNirav RavalRobert J. MentzHansen A. Mansy

cardiologyhealth sciencesheart failure

Heart Failure Readmission Prediction Using Seismocardiogram Signal. (2024)

Rajkumar DharRakib HossenPeshala T GamageRichard H SandlerNirav Y RavalRobert J MentzHansen A Mansy

cardiologyseismocardiogram signalheart failurehealth sciencesstatistics

Scg Variability and Spectral Energy Distribution During Normal Breathing and Breath Hold at Different Lung Volumes and Airway Pressures. Scientific Reports (2024)

Sherif AhdyTanvir HassanBadrun RahmanRichard H. SandlerHansen A. Mansy

different lung volumesphysiologynormal breathingairway pressuresspectral energy distributionscg variability

Seismocardiographic Signal Variability During Regular Breathing and Breath Holding at Different Airway Pressures. Journal of Cardiac Failure (2024)

Richard H. SandlerSherif AhdyTanvir HassanBadrun RahmanNirav RavalRobert MentzHansen Mansy

seismocardiographic signal variabilitycardiologyphysiologyelectrophysiologyrespiratory medicineregular breathing

Comparison of Two Different Methods for Clustering Scg Signals. Journal of Cardiac Failure (2023)

Richard H. SandlerSherif AhdyMd Khushidul AzadNirav RavalRobert MentzHansen Mansy

cardiologyclusteringmedicinescg signalscomparative analysishealth sciencescritical caredifferent methods

Effect of Exercise on Seismocardiographic Signals. Journal of Cardiac Failure (2023)

Richard H SandlerRajkumar DharNirav RavalRobert MentzSara DarwishSeena DarwishMay AssiHansen Mansy

cardiologyexercise physiologyseismocardiographic signalsphysiologyrespiratory medicinehealth sciences

Effect of Extra Soft Tissue on Seismocardiographic Signal Using Finite Element Analysis. Journal of Cardiac Failure (2023)

Richard H. SandlerTanvir HassanBadrun RahmanPeshala GamageHansen Mansy

cardiologyextra soft tissuefinite element analysisengineeringseismocardiographic signaljournalismhealth sciences

Postural and Longitudinal Variability in Seismocardiographic Signals. Physiological Measurement (2023)

Md Khurshidul AzadPeshala T GamageRajkumar DharRichard H SandlerHansen A Mansy

physiologylongitudinal variabilityphysiological measurementsseismology

1
2
3
4
5
8
10 / page

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Similar Faculty Members

Ronald N. Miles

Institution

Binghamton University

random vibration

microacoustic sensors

Jana Kainerstorfer

Institution

Carnegie Mellon University

clinical engineering

additive manufacturing

Thomas J. Royston

Institution

University of Illinois Chicago

mechanical wave motion

ultrasound

Francis Loth

Institution

Northeastern University

medical imaging

fluid mechanics

Paul Barbone

Institution

Boston University

mechanical engineering

mechanical modeling

Julianna Simon

Institution

Pennsylvania State University

biomedical engineering

sound

Sean Peterson

Institution

New York University

engineering

biofluid mechanics

Niema Pahlevan

Institution

University of Southern California

biofluid dynamics

blood flow

V John Mathews

Institution

Oregon State University

health monitoring

neural network (machine learning)

Richard D. Rabbitt

Institution

University of Utah

new technologies

membrane motors