Faculty

Institution

Unit

Venue

Mette Olufsen

Professor

North Carolina State University

Affiliations

College of Sciences

Mathematics

Mette Olufsen is currently serving as a College Of Sciences Professor at North Carolina State University.

Honors

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Experiences

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Education

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Mette Olufsen

North Carolina State University

Professor

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cardiology physiology applied mathematics respiratory medicine mathematical biology biomedical engineering biophysics vascular biology angiology biomechanics biomedical modeling electrophysiology cardiovascular research mathematical bioscience cardiovascular physiology blood flow human physiology fluid dynamics applied physiology mechanics neurophysiology tissue engineering blood pressure cerebral blood flow mathematical sciences mammalian biology head-up tilt pulmonary hypertension circulatory physiology theoretical biology animal physiology heart rate regulation orthostatic stress numerical simulations mammalian physiology mathematical biophysics computational medicine baroreflex regulation biomedical analysis physiological measurements hemostasis pulmonary arterial hypertension physiological regulation biocybernetics pulmonary circulation uncertainty modeling ovine arteries pulmonary arteries mechanical science fluid flow biomedical technologies clinical physiology mathematical modelling comparative physiology computational anatomy sensitivity analysis biomedical research brain modeling parameter identification systemic arteries nonlinear viscoelastic modeling ex vivo conditions model-based analysis pulmonary hemodynamics valsalva maneuver model reduction young men personalized mathematical model endovascular techniques neurodynamics model predictive control orthopedic biomechanics exercise science clinical evidence cerebrovascular disease uncertain data solid mechanics scientific computing engineering fluid mechanics modeling and simulation quantitative biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Application and Reduction of a Nonlinear Hyperelastic Wall Model Capturing Ex Vivo Relationships Between Fluid Pressure, Area, and Wall Thickness in Normal and Hypertensive Murine Left Pulmonary Arteries. International Journal for Numerical Methods in Biomedical Engineering (2024)

Mansoor A. HaiderKatherine J. PearceNaomi C. CheslerNicholas A. HillMette S. Olufsen

numerical analysispulmonary circulationangiologynumerical simulationsliver physiologyvascular biologyhypertensive murineapplied physicscardiologynephrologyblood flowfluid pressureapplied mathematicsnumerical method for partial differential equationcardiovascular physiologybiomedical engineeringcardiovascular researchtissue engineeringrheologyrespiratory medicinewall thicknesspulmonary arteries

Characterization of Differences in Immune Responses During Bolus and Continuous Infusion Endotoxin Challenges Using Mathematical Modelling. Experimental Physiology (2024)

Kristen A. WindoloskiSusanne JanumRonan M. G. BergMette S. Olufsen

immunologyphysiologycontinuous infusion endotoxinhematologyapplied mathematicsexperimental medicineexperimental biology

Computational Framework for the Generation of One‐Dimensional Vascular Models Accounting for Uncertainty in Networks Extracted From Medical Images. The Journal of Physiology (2024)

Michelle A. BartoloAlyssa M. Taylor‐LaPoleDarsh GandhiAlexandria JohnsonYaqi LiEmma SlackIsaiah StevensZachary G. TurnerJustin D. WeigandCharles PuelzDirk HusmeierMette S. Olufsen

physiologycomputational imagingbiophysicsbiomedical modelingmedical imagesuncertainty modelingsystems biologyvascular biologycomputational modelscomputational frameworkone-dimensional vascular modelsmedical imagingmedical image computingbiomedical imagingnetwork analysis

Guidelines for Mechanistic Modeling and Analysis in Cardiovascular Research. American Journal of Physiology-Heart and Circulatory Physiology (2024)

Mitchel J. ColebankPim A. OomenColleen M. WitzenburgAnna GrosbergDaniel A. BeardDirk HusmeierMette S. OlufsenNaomi C. Chesler

physiologymechanistic modelingbiophysicsmechanicscardiovascular research

Parameter Selection and Optimization of a Computational Network Model of Blood Flow in Single-Ventricle Patients. arXiv (Cornell University) (2024)

Taylor-LaPole, Alyssa M.Paun, L. MihaelaLior, DanWeigand, Justin DPuelz, CharlesOlufsen, Mette S.

cardiologycomputational optimizationbiomedical informaticsbiomedical modelingparameter selectionmathematical optimizationblood flowhealth informaticscomputational network modelbiostatisticsapplied mathematicscomputational medicinemachine learningsingle-ventricle patients

Response to Comment on: Toward an Optimal Contraception Dosing Strategy. PLoS Computational Biology (2024)

Brenda Lyn A. GavinaAurelio A. de los Reyes VMette S. OlufsenSuzanne LenhartJohnny T. Ottesen

optimal contraceptioncomputational biologysystems biologymolecular biology

SECRET: Statistical Emulation for Computational Reverse Engineering and Translation With Applications in Healthcare. Computer Methods in Applied Mechanics and Engineering (2024)

L. Mihaela PaunMitchel J. ColebankAlyssa Taylor-LaPoleMette S. OlufsenWilliam RyanIain MurrayJames M. SalterVictor ApplebaumMichael DunneJake HollinsLouise KimptonVictoria VolodinaXiaoyu XiongDirk Husmeier

statistical emulationreverse engineeringhealthcare engineeringhealth informaticscomputational reverse engineeringapplied mathematicshealth sciencesengineering

The Importance of Incorporating Ventricular–Ventricular Interaction (Vvi) in the Study of Pulmonary Hypertension. Mathematical Biosciences (2024)

Amanda ColungaBrian E. CarlsonMette S. Olufsen

cardiologypulmonary hypertensionrespiratory medicineventricular-ventricular interactionhealth sciences

Unraveling Autonomic Cardiovascular Control Complexity During Orthostatic Stress: Insights From a Mathematical Model. Mathematical Biosciences (2024)

Martin Miranda HurtadoRafael KaempferJusten R GeddesMette S OlufsenMaria Rodriguez-Fernandez

physiologymathematical biologyautonomic systemssystems biologyorthostatic stresstheoretical biologycomputational biologymathematical bioscience

A Computational Framework for Generating Patient-Specific Vascular Models and Assessing Uncertainty From Medical Images. arXiv (Cornell University) (2023)

Bartolo, Michelle ATaylor-LaPole, Alyssa MGandhi, DarshJohnson, AlexandriaLi, YaqiSlack, EmmaStevens, IsaiahTurner, ZacharyWeigand, Justin DPuelz, CharlesHusmeier, DirkOlufsen, Mette S

uncertainty quantificationpatient-specific vascular modelsmedical imagesuncertainty modelingcomputational medicinecomputational frameworkapplied mathematicsmedical image analysis

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Mette Olufsen

Professor

North Carolina State University

Affiliations

College of Sciences

Mathematics

Mette Olufsen is currently serving as a College Of Sciences Professor at North Carolina State 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

Mette Olufsen

North Carolina State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mansoor A. HaiderKatherine J. PearceNaomi C. CheslerNicholas A. HillMette S. Olufsen

Characterization of Differences in Immune Responses During Bolus and Continuous Infusion Endotoxin Challenges Using Mathematical Modelling. Experimental Physiology (2024)

Kristen A. WindoloskiSusanne JanumRonan M. G. BergMette S. Olufsen

immunologyphysiologycontinuous infusion endotoxinhematologyapplied mathematicsexperimental medicineexperimental biology

Computational Framework for the Generation of One‐Dimensional Vascular Models Accounting for Uncertainty in Networks Extracted From Medical Images. The Journal of Physiology (2024)

Michelle A. BartoloAlyssa M. Taylor‐LaPoleDarsh GandhiAlexandria JohnsonYaqi LiEmma SlackIsaiah StevensZachary G. TurnerJustin D. WeigandCharles PuelzDirk HusmeierMette S. Olufsen

Guidelines for Mechanistic Modeling and Analysis in Cardiovascular Research. American Journal of Physiology-Heart and Circulatory Physiology (2024)

Mitchel J. ColebankPim A. OomenColleen M. WitzenburgAnna GrosbergDaniel A. BeardDirk HusmeierMette S. OlufsenNaomi C. Chesler

physiologymechanistic modelingbiophysicsmechanicscardiovascular research

Parameter Selection and Optimization of a Computational Network Model of Blood Flow in Single-Ventricle Patients. arXiv (Cornell University) (2024)

Taylor-LaPole, Alyssa M.Paun, L. MihaelaLior, DanWeigand, Justin DPuelz, CharlesOlufsen, Mette S.

Response to Comment on: Toward an Optimal Contraception Dosing Strategy. PLoS Computational Biology (2024)

Brenda Lyn A. GavinaAurelio A. de los Reyes VMette S. OlufsenSuzanne LenhartJohnny T. Ottesen

optimal contraceptioncomputational biologysystems biologymolecular biology

SECRET: Statistical Emulation for Computational Reverse Engineering and Translation With Applications in Healthcare. Computer Methods in Applied Mechanics and Engineering (2024)

statistical emulationreverse engineeringhealthcare engineeringhealth informaticscomputational reverse engineeringapplied mathematicshealth sciencesengineering

The Importance of Incorporating Ventricular–Ventricular Interaction (Vvi) in the Study of Pulmonary Hypertension. Mathematical Biosciences (2024)

Amanda ColungaBrian E. CarlsonMette S. Olufsen

cardiologypulmonary hypertensionrespiratory medicineventricular-ventricular interactionhealth sciences

Unraveling Autonomic Cardiovascular Control Complexity During Orthostatic Stress: Insights From a Mathematical Model. Mathematical Biosciences (2024)

Martin Miranda HurtadoRafael KaempferJusten R GeddesMette S OlufsenMaria Rodriguez-Fernandez

physiologymathematical biologyautonomic systemssystems biologyorthostatic stresstheoretical biologycomputational biologymathematical bioscience

A Computational Framework for Generating Patient-Specific Vascular Models and Assessing Uncertainty From Medical Images. arXiv (Cornell University) (2023)

Bartolo, Michelle ATaylor-LaPole, Alyssa MGandhi, DarshJohnson, AlexandriaLi, YaqiSlack, EmmaStevens, IsaiahTurner, ZacharyWeigand, Justin DPuelz, CharlesHusmeier, DirkOlufsen, Mette S

uncertainty quantificationpatient-specific vascular modelsmedical imagesuncertainty modelingcomputational medicinecomputational frameworkapplied mathematicsmedical image analysis

1
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5
12
10 / page

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general system

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