Faculty

Institution

Unit

Venue

Krishnan Chandran

Professor Emeritus Biomedical Engineering

University of Iowa

Affiliations

College of Engineering

Mechanical Engineering

Roy J. Carver Department of Biomedical Engineering

Krishnan Chandran is currently serving as a College Of Engineering Professor Emeritus Biomedical Engineering at University of Iowa.

Honors

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Experiences

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Education

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Krishnan Chandran

University of Iowa

Professor Emeritus Biomedical Engineering

You can click a keyword to filter the displayed items

biomedical engineering cardiology biomechanics mechanical engineering engineering respiratory medicine physiology biomechanical engineering fluid mechanics vascular biology medical imaging tissue engineering fluid dynamics angiology biomedical imaging mechanics medical image analysis cardiovascular research orthopedic biomechanics valve disease thoracic surgery echocardiography healthcare engineering 3d imaging applied physiology numerical simulations circulatory physiology computational imaging fluid-structure interaction mechanical science neuroradiology prosthesis biomedical technologies cerebrovascular disease arterial disease blood flow human aorta cardiothoracic surgery cardiovascular surgery vascular surgery medical technology spinal biomechanics cardiovascular physiology computed tomography shape analysis experimental study model human aorta valve prostheses left ventricle coronary arteries physical medicine image reconstruction valvular heart disease human physiology coronary artery disease mechanical circulatory support residual stress cardiovascular function optical engineering physiological pulsatile flow pulsatile flow flow dynamics finite-element analysis dynamic simulation plaque development clinical engineering finite element methods structural analysis medical biophysics computational anatomy cell biomechanics vestibular system vessel curvature wall shear stress fluid dynamic analysis human aortic arch fluid flow vascular prosthesis mechanobiology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Unraveling Aortic Hemodynamics Using Fluid Structure Interaction: Biomechanical Insights Into Bicuspid Aortic Valve Dynamics With Multiple Aortic Lesions. Biomechanics and Modeling in Mechanobiology (2024)

Vijay GovindarajanCharles WannaNils P JohnsonArun V KolanjiyilHyunggun KimDanai KitkungvanDavid M McPhersonJane Grande-AllenKrishnan B ChandranAntony EstreraDanny RamzySiddharth Prakash

biomechanical insightsbiomedical engineeringmechanobiologymultiple aortic lesionsbiofluid dynamicsaortic hemodynamicsbiomechanics

Abstract 17617: Toward Improving Diagnosis and Interventional Predictability in Aortic Valve Stenosis Using Computational Modeling. Circulation (2023)

Vijay GovindarajanNils JohnsonKrishnan B ChandranDavid D McPherson

neurologycardiologyaortic valve stenosisdiagnosisrespiratory medicinecomputer-aided diagnosisorthopaedic surgerycomputational modelinginterventional predictabilityhealth sciences

Biomechanical Evaluation of Aortic Valve Stenosis by Means of a Virtual Stress Test: A Fluid–Structure Interaction Study. Annals of Biomedical Engineering (2023)

Vijay GovindarajanArun KolanjiyilCharles WannaHyunggun KimSiddharth PrakashKrishnan B. ChandranDavid D. McPhersonNils P. Johnson

aortic valve stenosisbiomechanical evaluationbiomedical engineeringvirtual stress testbiomechanical engineeringfluid-structure interaction studybiomechanics

Abstract 12899: A Patient-Specific Fluid-Structure Interaction-Based Approach to Improve Surgical Predictability in Bicuspid Aortic Valve Patients. Circulation (2022)

Charles WannaArun KolanjiyilKrishnan B ChandranHyunggun KimDanai KitkungvanKathryn J Grande AllenDanny RamzyDavid D McPhersonSiddharth K PrakashVijay Govindarajan

biostatisticsvalve diseasecardiologysurgeryrespiratory medicinefluid-structure interactioncritical caresurgical predictability

Abstract 13431: Comparative Evaluation of Diastolic Left Heart Dynamics Post-Mitral Valve Interventions. Circulation (2022)

Vijay GovindarajanArun KolanjiyilNils JohnsonPatrick KeeSusan T LaingHyunggun KimKrishnan B ChandranDavid D McPherson

cardiologyanesthesiologycomparative evaluation

Improving Transcatheter Aortic Valve Interventional Predictability via Fluid–Structure Interaction Modelling Using Patient-Specific Anatomy. Royal Society Open Science (2022)

Vijay GovindarajanArun KolanjiyilNils P. JohnsonHyunggun KimKrishnan B. ChandranDavid D. McPherson

valve diseaseopen sciencecardiologypatient-specific anatomybiomedical engineeringfluid-structure interactionhealth sciences

Predictive Evaluation of Patient-Specific Performance of a Transcatheter Aortic Valve Replacement. Journal of the American College of Cardiology (2021)

Vijay GovindarajanArun V. KolanjiyilNils JohnsonHyunggun KimKrishnan ChandranDavid McPherson

cardiovascular diseasevalve diseasecardiologypatient-specific performancepredictive evaluationcritical care

Fluid Structure Interaction Simulation to Improve Evaluation of Mitral Valve Repair. Journal of the American College of Cardiology (2018)

Vijay GovindarajanHyunggun KimKrishnan ChandranDavid McPherson

cardiologyhealth sciencesmitral valve repair

Synergy Between Diastolic Mitral Valve Function and Left Ventricular Flow Aids in Valve Closure and Blood Transport During Systole. Scientific Reports (2018)

Vijay GovindarajanJohn MouselH. S. UdaykumarSarah C. VigmostadDavid D. McPhersonHyunggun KimKrishnan B. Chandran

cardiovascular functionscientific communicationneuroscienceneurophysiologyvascular biologynephrologycirculatory physiologyphysiologyscience studiesapplied physiologycardiovascular physiologyblood transportcardiologymembrane transportvalve closurescientific dataneurologycardiovascular researchvalve diseasemembrane biology

Can Computational Simulation Quantitatively Determine Mitral Valve Abnormalities?. JACC. Cardiovascular imaging (2014)

Yonghoon RimKrishnan B. ChandranSusan T. LaingPatrick KeeDavid D. McPhersonHyunggun Kim

neurologycardiologycardiovascular imagingcardiovascular research

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Krishnan Chandran

Professor Emeritus Biomedical Engineering

University of Iowa

Affiliations

College of Engineering

Mechanical Engineering

Roy J. Carver Department of Biomedical Engineering

Krishnan Chandran is currently serving as a College Of Engineering Professor Emeritus Biomedical Engineering at University of Iowa.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Krishnan Chandran

University of Iowa

Professor Emeritus Biomedical Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Vijay GovindarajanCharles WannaNils P JohnsonArun V KolanjiyilHyunggun KimDanai KitkungvanDavid M McPhersonJane Grande-AllenKrishnan B ChandranAntony EstreraDanny RamzySiddharth Prakash

biomechanical insightsbiomedical engineeringmechanobiologymultiple aortic lesionsbiofluid dynamicsaortic hemodynamicsbiomechanics

Abstract 17617: Toward Improving Diagnosis and Interventional Predictability in Aortic Valve Stenosis Using Computational Modeling. Circulation (2023)

Vijay GovindarajanNils JohnsonKrishnan B ChandranDavid D McPherson

neurologycardiologyaortic valve stenosisdiagnosisrespiratory medicinecomputer-aided diagnosisorthopaedic surgerycomputational modelinginterventional predictabilityhealth sciences

Biomechanical Evaluation of Aortic Valve Stenosis by Means of a Virtual Stress Test: A Fluid–Structure Interaction Study. Annals of Biomedical Engineering (2023)

Vijay GovindarajanArun KolanjiyilCharles WannaHyunggun KimSiddharth PrakashKrishnan B. ChandranDavid D. McPhersonNils P. Johnson

aortic valve stenosisbiomechanical evaluationbiomedical engineeringvirtual stress testbiomechanical engineeringfluid-structure interaction studybiomechanics

Abstract 12899: A Patient-Specific Fluid-Structure Interaction-Based Approach to Improve Surgical Predictability in Bicuspid Aortic Valve Patients. Circulation (2022)

Charles WannaArun KolanjiyilKrishnan B ChandranHyunggun KimDanai KitkungvanKathryn J Grande AllenDanny RamzyDavid D McPhersonSiddharth K PrakashVijay Govindarajan

biostatisticsvalve diseasecardiologysurgeryrespiratory medicinefluid-structure interactioncritical caresurgical predictability

Abstract 13431: Comparative Evaluation of Diastolic Left Heart Dynamics Post-Mitral Valve Interventions. Circulation (2022)

Vijay GovindarajanArun KolanjiyilNils JohnsonPatrick KeeSusan T LaingHyunggun KimKrishnan B ChandranDavid D McPherson

cardiologyanesthesiologycomparative evaluation

Improving Transcatheter Aortic Valve Interventional Predictability via Fluid–Structure Interaction Modelling Using Patient-Specific Anatomy. Royal Society Open Science (2022)

Vijay GovindarajanArun KolanjiyilNils P. JohnsonHyunggun KimKrishnan B. ChandranDavid D. McPherson

valve diseaseopen sciencecardiologypatient-specific anatomybiomedical engineeringfluid-structure interactionhealth sciences

Predictive Evaluation of Patient-Specific Performance of a Transcatheter Aortic Valve Replacement. Journal of the American College of Cardiology (2021)

Vijay GovindarajanArun V. KolanjiyilNils JohnsonHyunggun KimKrishnan ChandranDavid McPherson

cardiovascular diseasevalve diseasecardiologypatient-specific performancepredictive evaluationcritical care

Fluid Structure Interaction Simulation to Improve Evaluation of Mitral Valve Repair. Journal of the American College of Cardiology (2018)

Vijay GovindarajanHyunggun KimKrishnan ChandranDavid McPherson

cardiologyhealth sciencesmitral valve repair

Synergy Between Diastolic Mitral Valve Function and Left Ventricular Flow Aids in Valve Closure and Blood Transport During Systole. Scientific Reports (2018)

Vijay GovindarajanJohn MouselH. S. UdaykumarSarah C. VigmostadDavid D. McPhersonHyunggun KimKrishnan B. Chandran

Can Computational Simulation Quantitatively Determine Mitral Valve Abnormalities?. JACC. Cardiovascular imaging (2014)

Yonghoon RimKrishnan B. ChandranSusan T. LaingPatrick KeeDavid D. McPhersonHyunggun Kim

neurologycardiologycardiovascular imagingcardiovascular research

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10 / page

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