Faculty

Institution

Unit

Venue

Rudolph L. Gleason

Professor - Joint Appointment in the School of Biomedical Engineering

Georgia Institute of Technology

Affiliations

College of Engineering

George W. Woodruff School of Mechanical Engineering

Rudolph L. Gleason is currently serving as a College Of Engineering Professor - Joint Appointment in the School of Biomedical Engineering at Georgia Institute of Technology.

Honors

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Experiences

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Education

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Rudolph L. Gleason

Georgia Institute of Technology

Professor - Joint Appointment in the School of Biomedical Engineering

You can click a keyword to filter the displayed items

vascular biology biomedical engineering biomechanics physiology biomechanical engineering angiology mechanical engineering cardiology tissue engineering mammalian biology orthopedic biomechanics engineering cardiovascular research mechanics applied physiology hematology respiratory medicine cell biomechanics animal physiology spinal biomechanics mechanobiology mechanical science structural biology biomedical modeling carotid arteries liver physiology circulatory physiology thrombosis dental biomechanics mechanical modeling cardiovascular physiology angiogenesis vascular adaptation arterial disease biomedical imaging biomedical research medical biophysics computational medicine cerebrovascular disease mouse carotid arteries biomedical analysis cardiovascular function human physiology mechanical behavior biomedical technologies axial stretch arterial stiffening coronary artery cellular physiology interface science avian biology tropical medicine healthcare engineering blood pressure blood flow continuum modeling 3d modeling arterial growth theoretical study common carotid arteries addis ababa conduit arteries microstructural organization intima-media thickening fluid-solid interactions musculoskeletal research experimental biophysics protein function hemostasis enzyme catalysis ehealth endothelial dysfunction fundamental role axial stress compensatory adaptations biomechanical device functional tissue engineering matrix biology vascular tissues soft tissue biomechanics soft tissue reconstruction biofabrication biological engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 4146568: Hemodynamics of Acute Type B Aortic Dissections With 4D Flow Mri. Circulation (2024)

Hannah CebullMUHAMMAD NAEEMMinliang LiuHai DongRudolph GleasonJohn ElefteriadesMarina PiccinelliJohn OshinskiBradley Leshnower

magnetic resonance imagingbiomedical engineeringvascular surgeryfluid dynamicscardiovascular researchcardiovascular imagingvascular biologyflow mriblood flowmedical imagingblood flow measurementfluid mechanicsbiomedical imaging

Protective Biomechanical and Histological Changes in the False Lumen Wall in Chronic Type B Aortic Dissection. JTCVS Open (2024)

Hai DongMinliang LiuHannah L. CebullArshiya ChhabraYumeng ZhouMarina PiccinelliJohn N. OshinskiJohn A. ElefteriadesRudolph L. GleasonBradley G. Leshnower

histological changesprotective biomechanicalfalse lumenbiomechanicsorthopaedic surgery

Robust Automated Calcification Meshing for Biomechanical Cardiac Digital Twins. arXiv (Cornell University) (2024)

Pak, Daniel H.Liu, MinliangKim, TheodoreOzturk, CaglarMcKay, RaymondRoche, Ellen T.Gleason, RudolphDuncan, James S.

biomechanical engineeringbiophysicsbiomedical engineeringbiomedical imagingapplied physicsbiomechanics

Robust Automated Calcification Meshing for Personalized Cardiovascular Biomechanics. npj Digital Medicine (2024)

Daniel H. PakMinliang LiuTheodore KimCaglar OzturkRaymond McKayEllen T. RocheRudolph GleasonJames S. Duncan

cardiovascular biomechanicsbiomedical engineeringbiomedical technologiesdigital medicinebiomechanics

The Role of Anatomic Shape Features in the Prognosis of Uncomplicated Type B Aortic Dissection Initially Treated With Optimal Medical Therapy. Computers in Biology and Medicine (2024)

Minliang LiuHai DongAdam MazloutYuxuan WuAsanish KalyanasundaramJohn N. OshinskiWei SunJohn A. ElefteriadesBradley G. LeshnowerRudolph L. Gleason

ophthalmologybiomedical engineeringhematologykinematicsshape analysisbiomedical technologiescomputer visionmammalian biologycomputational anatomymedical imagingoptimal medical therapygeneral surgerybiomedical analysiscomputational biologycomputational medicineanatomic shape featureshealth sciences

The Use of 4-Dimensional Flow Magnetic Resonance Imaging and Fluid Structure Interaction Analysis to Predict Failure of Medical Therapy in Acute Uncomplicated Type B Aortic Dissection. JTCVS Techniques (2024)

Hannah L. CebullMinliang LiuMarina PiccinelliHai DongMuhammad NaeemYuhang DuJohn N. OshinskiRudolph L. GleasonJohn A. ElefteriadesBradley G. Leshnower

magnetic resonance imagingmedicineemergency medicinemedical therapymedical imagingcritical caremedical image analysis

A 1D Model Characterizing the Role of Spatiotemporal Contraction Distributions on Lymph Transport. Scientific Reports (2023)

Farbod SedaghatiJ. Brandon DixonRudolph L. Gleason

immunologyphysiologybiophysicsscientometricsspatio-temporal modelsscientific dataspatiotemporal contraction distributionslymph transporttumor biology

A Mathematical Model of Vascular and Hemodynamics Changes in Early and Late Forms of Preeclampsia. Physiological Reports (2023)

Farbod SedaghatiRudolph L. Gleason

physiologyvascular biologymathematicsmathematical biology

Ctgf is a Modifiable Mediator of Flow-Dependent Atherosclerosis Under Peripheral Artery Disease Conditions. medRxiv (2023)

Feifei LiSandeep KumarAnastassia Pokutta-PaskalevaVictor OmojolaDong-won KangChanwoo KimJulia RaykinCarson HoffmannMaiko TeichmannJing MaHiromi YanigasawaAndrew LeaskLucas TimminsXiangqin CuiRoy SutliffRudy L. GleasonHanjoong JoLuke Brewster

angiologyin vivo systemsperipheral artery diseasetreatment and preventionmedicineclinical lipidologyhematologythrombosisvascular biologyflow-dependent atherosclerosiscardiologycerebrovascular diseaseatherosclerosisnephrologyhepatologymodifiable mediatorimmunologypharmacologycardiovascular researchmedicinal research

Effect of Aging, Sex, and Gene (Fbln5) on Arterial Stiffness of Mice: 20 Weeks Adult Fbln5-Knockout Mice Have Older Arteries Than 100 Weeks Wild-Type Mice. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Hai DongJacopo FerruzziMinliang LiuLuke P. BrewsterBradley G. LeshnowerRudolph L. Gleason

experimental gerontologymammalian physiologysurvival analysisknockout miceolder arteriesageingbiogerontologyvascular biologyarterial stiffnessmembrane biologyanimal physiologymammalian biologyphysiologygene expressiongeneticsvascular agingphage biologyrespiratory medicineneuroscience

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Rudolph L. Gleason

Professor - Joint Appointment in the School of Biomedical Engineering

Georgia Institute of Technology

Affiliations

College of Engineering

George W. Woodruff School of Mechanical Engineering

Rudolph L. Gleason is currently serving as a College Of Engineering Professor - Joint Appointment in the School of Biomedical Engineering at Georgia Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Rudolph L. Gleason

Georgia Institute of Technology

Professor - Joint Appointment in the School of Biomedical Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 4146568: Hemodynamics of Acute Type B Aortic Dissections With 4D Flow Mri. Circulation (2024)

Hannah CebullMUHAMMAD NAEEMMinliang LiuHai DongRudolph GleasonJohn ElefteriadesMarina PiccinelliJohn OshinskiBradley Leshnower

Protective Biomechanical and Histological Changes in the False Lumen Wall in Chronic Type B Aortic Dissection. JTCVS Open (2024)

Hai DongMinliang LiuHannah L. CebullArshiya ChhabraYumeng ZhouMarina PiccinelliJohn N. OshinskiJohn A. ElefteriadesRudolph L. GleasonBradley G. Leshnower

histological changesprotective biomechanicalfalse lumenbiomechanicsorthopaedic surgery

Robust Automated Calcification Meshing for Biomechanical Cardiac Digital Twins. arXiv (Cornell University) (2024)

Pak, Daniel H.Liu, MinliangKim, TheodoreOzturk, CaglarMcKay, RaymondRoche, Ellen T.Gleason, RudolphDuncan, James S.

biomechanical engineeringbiophysicsbiomedical engineeringbiomedical imagingapplied physicsbiomechanics

Robust Automated Calcification Meshing for Personalized Cardiovascular Biomechanics. npj Digital Medicine (2024)

Daniel H. PakMinliang LiuTheodore KimCaglar OzturkRaymond McKayEllen T. RocheRudolph GleasonJames S. Duncan

cardiovascular biomechanicsbiomedical engineeringbiomedical technologiesdigital medicinebiomechanics

The Role of Anatomic Shape Features in the Prognosis of Uncomplicated Type B Aortic Dissection Initially Treated With Optimal Medical Therapy. Computers in Biology and Medicine (2024)

Minliang LiuHai DongAdam MazloutYuxuan WuAsanish KalyanasundaramJohn N. OshinskiWei SunJohn A. ElefteriadesBradley G. LeshnowerRudolph L. Gleason

Hannah L. CebullMinliang LiuMarina PiccinelliHai DongMuhammad NaeemYuhang DuJohn N. OshinskiRudolph L. GleasonJohn A. ElefteriadesBradley G. Leshnower

magnetic resonance imagingmedicineemergency medicinemedical therapymedical imagingcritical caremedical image analysis

A 1D Model Characterizing the Role of Spatiotemporal Contraction Distributions on Lymph Transport. Scientific Reports (2023)

Farbod SedaghatiJ. Brandon DixonRudolph L. Gleason

immunologyphysiologybiophysicsscientometricsspatio-temporal modelsscientific dataspatiotemporal contraction distributionslymph transporttumor biology

A Mathematical Model of Vascular and Hemodynamics Changes in Early and Late Forms of Preeclampsia. Physiological Reports (2023)

Farbod SedaghatiRudolph L. Gleason

physiologyvascular biologymathematicsmathematical biology

Ctgf is a Modifiable Mediator of Flow-Dependent Atherosclerosis Under Peripheral Artery Disease Conditions. medRxiv (2023)

Hai DongJacopo FerruzziMinliang LiuLuke P. BrewsterBradley G. LeshnowerRudolph L. Gleason

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medical device

medical implants

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University of Texas at San Antonio

aneurysm rupture

plaque rupture

Joshua Hutcheson

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Florida International University

matrix biology

cell-matrix interaction

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vascular biomechanics

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biomaterial modeling

cardiovascular disease

Jessica Wagenseil

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fluid flow

biofluid dynamic

David Merryman

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medicine

C. Ross Ethier

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arterial disease

ophthalmology

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angiogenesis

plaque rupture