Faculty

Institution

Unit

Venue

Jason Patrick

Assistant Professor

North Carolina State University

Affiliations

College of Engineering

Mechanical and Aerospace Engineering

Jason Patrick is currently serving as a College Of Engineering Assistant Professor at North Carolina State University.

Honors

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Experiences

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Education

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Jason Patrick

North Carolina State University

Assistant Professor

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biomedical engineering materials science mechanical engineering composite materials polymer science biomaterials composite science tissue engineering materials engineering polymer composites biopolymers biofabrication self-healing materials 3d printing advanced materials advanced composite material (engineering) applied physics fibers advanced fiber material additive manufacturing polymer technology self-healing surface biomaterials design thermal engineering 3d bioprinting polymer chemistry polymer testing material research polymer degradation self-repair sacrificial templates reinforced plastics electronic materials mechanical science polymer engineering composite technology fiber-reinforced composites vascularized structural composites life cycle lactic acid microvascular composites artificial life functional polymers polymer stability biomimetic polymer foams micro technology fiber science fiber chemistry depolymerization fibre-reinforced plastic surface analysis vascular trauma printed electronics organic electronics nanocomposites topology optimization shape optimization biopolymer gel surface tension smart polymers automated inspection dynamic crack propagation crack formation reconfigurable architectures autonomous life-cycle control situ fluid mixing microvascular fiber-reinforced composites woven glass self-healing polymeric foam conductive fluid fluid channel frequency-reconfigurable slot antennas thermal depolymerization residual catalysts degradable sacrificial templates engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Integrated Microstructure Reconstruction and Meshing Framework for Finite Element Modeling of Woven Fiber-Composites. Computer Methods in Applied Mechanics and Engineering (2024)

Pengfei ZhangSalil PaiJack S. TuricekAlexander D. SnyderJason F. PatrickSoheil Soghrati

materials sciencecomputer-aided designfinite element methodscomposite sciencemeshing frameworkmaterials engineeringintegrated microstructure reconstructionapplied physicsfinite element modelingmicrostructuremechanical engineeringmicromechanicscomputational engineeringcomputational mechanicsmechanical modelingwoven fiber-compositesmaterial simulationmechanical sciencemechanics

Transient Topology Optimization for Efficient Design of Actively Cooled Microvascular Materials. Structural and Multidisciplinary Optimization (2024)

Jonathan GormanReza PejmanSandeep R. KumarJason F. PatrickAhmad R. Najafi

materials sciencestructural engineeringdesign optimizationengineering optimizationmaterials engineeringthermal engineeringefficient designstructural optimizationmicrovascular materialsenergy managementelectrical engineeringenergy storagetransient topology optimizationengineering

Unraveling Chemical and Rheological Mechanisms of Self-Healing With Emaa Thermoplastics in Fiber-Reinforced Epoxy Composites. Composites Part A Applied Science and Manufacturing (2024)

Alexander D. SnyderJack S. TuricekCharles E. DiesendruckRussell J. VarleyJason F. Patrick

materials scienceemaa thermoplasticsrheological mechanismssurface reactivitycomposite scienceadditive manufacturingself-healing materialsmanufacturing sciencepolymer compositeselasticity (physics)material researchmaterials engineeringcomposite materialsadvanced materialsapplied physicscomposite technologymechanical engineeringfiber-reinforced epoxy compositesfunctional modificationmanufacturingrheology

A Methodology for Measuring Heat Transfer Coefficient and Self-Similarity of Thermal Regulation in Microvascular Material Systems. International Journal of Heat and Mass Transfer (2023)

Urmi DeviSandeep R. KumarKalyana B. NakshatralaJason F. Patrick

materials sciencebiomedical engineeringmechanical engineeringthermal regulationthermal engineeringheat transfer coefficientmicrovascular material systemsheat transfer

Configuration-Independent Thermal Invariants Under Flow Reversal in Thin Vascular Systems. PNAS Nexus (2023)

Kalyana B NakshatralaKripa AdhikariSandeep Rajendra KumarJason F Patrick

materials sciencebiophysicsflow reversalthermal engineeringconfiguration-independent thermal invariantsfluid mechanicsthin vascular systems

Polymer-Derived Sioc Reinforced With Core–Shell Nanophase Structure of Zrb2/Zro2 for Excellent and Stable High-Temperature Microwave Absorption (Up to 900 °C). Scientific Reports (2023)

Yujun JiaNi YangShaofan XuAlexander D. SnyderJason F. PatrickRajan KumarDajie ZhangChengying Xu

functional materialsmaterials sciencepolymer nanotechnologyelectronic materialsmaterials engineeringcore-shell nanophase structurepolymer-derived siocpolymer chemistryadvanced materialselectrical engineeringreinforced plasticsnanotechnologyengineering

Topological Effects of 3D-Printed Copolymer Interlayers on Toughening and in Situ Self-Healing in Laminated Fiber-Composites. Composites Science and Technology (2023)

Jack S. TuricekAlexander D. SnyderKalyana B. NakshatralaJason F. Patrick

materials sciencetopologylaminated fiber-compositesmechanical engineeringmaterials engineeringcomposite science3d printingengineeringtopological effects

Electrically Conductive and 3D-Printable Copolymer/Mwcnt Nanocomposites for Strain Sensing. Composites Science and Technology (2022)

Iee Lee HiaAlexander D. SnyderJack S. TuricekFernanda BlancJason F. PatrickDaniel Therriault

materials scienceprinted electronicscomposite scienceadditive manufacturingpolymer compositeselectronic materialsmaterial researchcomposite materialsadvanced materialsapplied physicscomposite technology3d printingorganic electronicspolymer technologystrain sensingnanocompositeselectrical engineeringnanomaterialspolymer science

Prolonged in Situ Self-Healing in Structural Composites via Thermo-Reversible Entanglement. Nature Communications (2022)

Alexander D. SnyderZachary J. PhillipsJack S. TuricekCharles E. DiesendruckKalyana B. NakshatralaJason F. Patrick

materials sciencemechanical engineeringstructural compositescondensed matter physicsapplied physicsthermo-reversible entanglementmechanics of materials

A Microvascular‐Based Multifunctional and Reconfigurable Metamaterial. Advanced Materials Technologies (2021)

Urmi DeviReza PejmanZachary J. PhillipsPengfei ZhangSoheil SoghratiKalyana B. NakshatralaAhmad R. NajafiKurt R. SchabJason F. Patrick

materials sciencereconfigurable architecturesbiomedical engineeringmechanical engineeringmicrovascular-based multifunctionalreconfigurable metamaterialadvanced materialsmetamaterialsnanotechnologymicrofluidics

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Jason Patrick

Assistant Professor

North Carolina State University

Affiliations

College of Engineering

Mechanical and Aerospace Engineering

Jason Patrick is currently serving as a College Of Engineering Assistant 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

Jason Patrick

North Carolina State University

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Integrated Microstructure Reconstruction and Meshing Framework for Finite Element Modeling of Woven Fiber-Composites. Computer Methods in Applied Mechanics and Engineering (2024)

Pengfei ZhangSalil PaiJack S. TuricekAlexander D. SnyderJason F. PatrickSoheil Soghrati

Transient Topology Optimization for Efficient Design of Actively Cooled Microvascular Materials. Structural and Multidisciplinary Optimization (2024)

Jonathan GormanReza PejmanSandeep R. KumarJason F. PatrickAhmad R. Najafi

Unraveling Chemical and Rheological Mechanisms of Self-Healing With Emaa Thermoplastics in Fiber-Reinforced Epoxy Composites. Composites Part A Applied Science and Manufacturing (2024)

Alexander D. SnyderJack S. TuricekCharles E. DiesendruckRussell J. VarleyJason F. Patrick

A Methodology for Measuring Heat Transfer Coefficient and Self-Similarity of Thermal Regulation in Microvascular Material Systems. International Journal of Heat and Mass Transfer (2023)

Urmi DeviSandeep R. KumarKalyana B. NakshatralaJason F. Patrick

materials sciencebiomedical engineeringmechanical engineeringthermal regulationthermal engineeringheat transfer coefficientmicrovascular material systemsheat transfer

Configuration-Independent Thermal Invariants Under Flow Reversal in Thin Vascular Systems. PNAS Nexus (2023)

Kalyana B NakshatralaKripa AdhikariSandeep Rajendra KumarJason F Patrick

materials sciencebiophysicsflow reversalthermal engineeringconfiguration-independent thermal invariantsfluid mechanicsthin vascular systems

Polymer-Derived Sioc Reinforced With Core–Shell Nanophase Structure of Zrb2/Zro2 for Excellent and Stable High-Temperature Microwave Absorption (Up to 900 °C). Scientific Reports (2023)

Yujun JiaNi YangShaofan XuAlexander D. SnyderJason F. PatrickRajan KumarDajie ZhangChengying Xu

Topological Effects of 3D-Printed Copolymer Interlayers on Toughening and in Situ Self-Healing in Laminated Fiber-Composites. Composites Science and Technology (2023)

Jack S. TuricekAlexander D. SnyderKalyana B. NakshatralaJason F. Patrick

materials sciencetopologylaminated fiber-compositesmechanical engineeringmaterials engineeringcomposite science3d printingengineeringtopological effects

Electrically Conductive and 3D-Printable Copolymer/Mwcnt Nanocomposites for Strain Sensing. Composites Science and Technology (2022)

Iee Lee HiaAlexander D. SnyderJack S. TuricekFernanda BlancJason F. PatrickDaniel Therriault

Prolonged in Situ Self-Healing in Structural Composites via Thermo-Reversible Entanglement. Nature Communications (2022)

Alexander D. SnyderZachary J. PhillipsJack S. TuricekCharles E. DiesendruckKalyana B. NakshatralaJason F. Patrick

materials sciencemechanical engineeringstructural compositescondensed matter physicsapplied physicsthermo-reversible entanglementmechanics of materials

A Microvascular‐Based Multifunctional and Reconfigurable Metamaterial. Advanced Materials Technologies (2021)

Urmi DeviReza PejmanZachary J. PhillipsPengfei ZhangSoheil SoghratiKalyana B. NakshatralaAhmad R. NajafiKurt R. SchabJason F. Patrick

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Similar Faculty Members

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Institution

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composite material

composite science

Vijaya Chalivendra

Institution

University of Massachusetts Dartmouth

composites

mechanical engineering

Meredith Silberstein

Institution

Cornell University

manufacturing

computational solid mechanics

Lih-Sheng Turng

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University of Wisconsin–Madison

tissue engineering scaffolds

biomedical engineering

Srikanth Pilla

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University of Delaware

design

composite material

Giuseppe R. Palmese

Institution

Rowan University

green construction

sustainability science

Giuseppe Palmese

Institution

Drexel University

processing-structure-property relationships

composite material

Mahesh Hosur

Institution

Texas A&M University–Kingsville

carbon-based materials

functional materials

Vinoy Thomas

Institution

University of Alabama at Birmingham

nanocomposite

nanomanufacturing

Satish Kumar

Institution

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advanced materials

wide bandgap devices