Faculty

Institution

Unit

Venue

Jia Lu

Professor Mechanical Engineering

University of Iowa

Affiliations

College of Engineering

Mechanical Engineering

Graduate College

Jia Lu is currently serving as a College Of Engineering Professor Mechanical Engineering at University of Iowa.

Honors

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Experiences

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Education

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Jia Lu

University of Iowa

Professor Mechanical Engineering

You can click a keyword to filter the displayed items

mechanical engineering applied mathematics applied physics engineering biomechanics mechanics computational mechanics solid mechanics numerical analysis mechanical science biomechanical engineering tissue engineering mechanics of materials vascular biology numerical simulations applied physiology mechanical behavior biomedical modeling orthopedic biomechanics isogeometric analysis arterial disease vascular surgery numerical algorithms finite element methods numerical computation cerebral aneurysms elastic properties discrete gradient method computer-aided design condensed matter thoracic surgery respiratory medicine fibers bone research fluid-structure interaction skeletal muscle brain modeling fiber science anisotropic finite plasticity numerical solution anisotropic hyperelastic solids heart valve dynamics thoracic aneurysms covariant formulation nonlinear hyperelastic membranes pointwise identification finite plasticity fiber recruitment vascular tissues cardiovascular imaging engineering science adaptation animal physiology biomedical research elasticity (physics) in-situ conversion digital image correlation abdominal imaging trace elements breast imaging modeling method failure analysis comparative analysis material simulation nanoscale modeling material modeling shell theory computer-aided diagnosis mechanical modeling convolutional neural networks geometric learning feature (computer vision) 3d computer vision 3d vision abdominal aortic aneurysms pre-deformed biological structures finite elasticity rational mechanic nonlinear elasticity material nonlinearities

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Waviness-Centered Damage Model for Collagenous Soft Tissues. (2024)

Jia LuXuehuan HeFerdinando Auricchio

dermatologybiomedical engineeringdeformationregenerative medicinevascular biologycollagenous soft tissueswaviness-centered damage modelsoft tissue injuriesbone researchorthopaedic surgery

A Waviness-Centered Damage Theory of Collagenous Soft Tissue. (2024)

Lu, JiaHe, Xuehuan

dermatologycollagenous soft tissuewaviness-centered damage theorypathologywound healing

Regional Stiffness and Hardening Indices: New Indicators Derived From Multidimensional Dynamic Cta for Aneurysm Risk Assessment. Advanced Science (2024)

Tianming HuangXiaoyu QiLan CaoMing YangHuan LuoQin LiPeidong QianJia LuZiqiao LeiYuanming LuoChao Yang

radiologybiomedical engineeringmechanical engineeringdeformationneuroimagingprincipal component analysisaneurysm risk assessmentmultidimensional dynamic ctamedical imagingcomputed tomographymultidimensional analysisstrain localizationregional stiffnessindependent component analysismechanical testing

Association of Local Solid Mechanical, Hemodynamic and Morphological Characteristics With Ruptured Intracranial Aneurysm. International Journal for Numerical Methods in Biomedical Engineering (2022)

Xiaodong ZhaiPeng HuYadong WangHongqi ZhangLan CaoTianming HuangJia LuYuanming Luo

neurosurgeryrupture oddbrain injuryrupture regionsradiologyneurovascular diseasesvascular surgeryintracranial pressureneuroradiologymedical imagingdigital subtraction angiographyanesthesiologyblood vessels

Explicit Consideration of Fiber Recruitment in Vascular Constitutive Formulation Using Beta Functions. Journal of the Mechanics and Physics of Solids (2022)

Xuehuan HeJia Lu

materials sciencemechanical propertiesmembrane sciencefiberscondensed matterbeta functionscontinuum mechanicsapplied physicsmultiscale mechanicexplicit considerationmechanical engineeringmechanical sciencefiber sciencemechanics of materialscontinuum modelingsolid mechanicscondensed matter physicstissue engineeringfiber recruitmentsolid-state physicsvascular constitutive formulation

Modeling Planar Response of Vascular Tissues Using Quadratic Functions of Effective Strain. International Journal for Numerical Methods in Biomedical Engineering (2022)

Xuehuan HeJia Lu

biomedical modelingquadratic functionsnumerical analysismechanical engineeringbiomedical engineeringplanar responsevascular biologytissue engineeringeffective strainvascular tissuesnumerical simulationsapplied mathematics

On Strain-Based Rupture Criterion for Ascending Aortic Aneurysm: The Role of Fiber Waviness. Acta Biomaterialia (2022)

Xuehuan HeJia Lu

cardiologymaterials sciencebiomechanical engineeringbiophysicsspine deformitiesbiomedical engineeringfiber wavinessapplied physiologystrain-based rupture criteriontissue engineeringaortic aneurysmbiomaterialsfiber sciencebiomechanicsarterial diseasefibers

Estimating Aortic Thoracic Aneurysm Rupture Risk Using Tension–Strain Data in Physiological Pressure Range: An in Vitro Study. Biomechanics and Modeling in Mechanobiology (2021)

Xuehuan HeStephane AvrilJia Lu

chest injurytension-strain datamechanobiologymechanical deformationvitro studyarterial diseasevascular biologystructural mechanicsmultibody system dynamicapplied physicsdeformationorthopedic biomechanicsbiomechanicsmechanical sciencephysiologyspinal biomechanicsbiophysicsapplied physiologymechanicsphysiological pressure range

Incorporating Fiber Recruitment in Hyperelastic Modeling of Vascular Tissues by Means of Kinematic Average. Biomechanics and Modeling in Mechanobiology (2021)

Jia LuXuehuan He

physiologybiophysicsvascular biologyvascular tissuesfiber recruitmenthyperelastic modelingkinematic averagemechanobiologybiomechanics

Uniaxial Properties of Ascending Aortic Aneurysms in Light of Effective Stretch. Acta Biomaterialia (2021)

Xuehuan HeFerdinando AuricchioSimone MorgantiJia Lu

cardiologymaterials sciencebiophysicsbiomedical engineeringdeformationvascular surgeryapplied physiologyvascular biologyuniaxial propertiestissue engineeringbiomaterialseffective stretchrespiratory medicineaortic aneurysmsbiomechanicsarterial disease

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Jia Lu

Professor Mechanical Engineering

University of Iowa

Affiliations

College of Engineering

Mechanical Engineering

Graduate College

Jia Lu is currently serving as a College Of Engineering Professor Mechanical 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

Jia Lu

University of Iowa

Professor Mechanical Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Waviness-Centered Damage Model for Collagenous Soft Tissues. (2024)

Jia LuXuehuan HeFerdinando Auricchio

dermatologybiomedical engineeringdeformationregenerative medicinevascular biologycollagenous soft tissueswaviness-centered damage modelsoft tissue injuriesbone researchorthopaedic surgery

A Waviness-Centered Damage Theory of Collagenous Soft Tissue. (2024)

Lu, JiaHe, Xuehuan

dermatologycollagenous soft tissuewaviness-centered damage theorypathologywound healing

Regional Stiffness and Hardening Indices: New Indicators Derived From Multidimensional Dynamic Cta for Aneurysm Risk Assessment. Advanced Science (2024)

Tianming HuangXiaoyu QiLan CaoMing YangHuan LuoQin LiPeidong QianJia LuZiqiao LeiYuanming LuoChao Yang

Xiaodong ZhaiPeng HuYadong WangHongqi ZhangLan CaoTianming HuangJia LuYuanming Luo

Explicit Consideration of Fiber Recruitment in Vascular Constitutive Formulation Using Beta Functions. Journal of the Mechanics and Physics of Solids (2022)

Xuehuan HeJia Lu

Modeling Planar Response of Vascular Tissues Using Quadratic Functions of Effective Strain. International Journal for Numerical Methods in Biomedical Engineering (2022)

Xuehuan HeJia Lu

On Strain-Based Rupture Criterion for Ascending Aortic Aneurysm: The Role of Fiber Waviness. Acta Biomaterialia (2022)

Xuehuan HeJia Lu

Estimating Aortic Thoracic Aneurysm Rupture Risk Using Tension–Strain Data in Physiological Pressure Range: An in Vitro Study. Biomechanics and Modeling in Mechanobiology (2021)

Xuehuan HeStephane AvrilJia Lu

Incorporating Fiber Recruitment in Hyperelastic Modeling of Vascular Tissues by Means of Kinematic Average. Biomechanics and Modeling in Mechanobiology (2021)

Jia LuXuehuan He

physiologybiophysicsvascular biologyvascular tissuesfiber recruitmenthyperelastic modelingkinematic averagemechanobiologybiomechanics

Uniaxial Properties of Ascending Aortic Aneurysms in Light of Effective Stretch. Acta Biomaterialia (2021)

Xuehuan HeFerdinando AuricchioSimone MorgantiJia Lu

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Similar Faculty Members

Lik Chuan Lee

Institution

Michigan State University

scientific computing

isogeometric analysis

David Pierce

Institution

University of Connecticut

applied mechanics

mechanical science

Hai-Chao Han

Institution

University of Texas at San Antonio

aneurysm rupture

plaque rupture

H.S. Udaykumar

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fluid flow

scientific computing

Paul Barbone

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mechanical engineering

mechanical modeling

Nikolaos Bouklas

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Cornell University

engineering

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engineering

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Hamed Hatami-Marbini

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multiscale structure

multiscale mechanic

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fluid flow

medical device

Ramana Pidaparti

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University of Georgia

design

intelligent computing