Faculty

Institution

Unit

Venue

Lorna J. Gibson

Professor of Materials Science and Engineering MacVicar Faculty Fellow Professor

Massachusetts Institute of Technology

Affiliations

School of Engineering

Mechanical Engineering

Lorna J. Gibson is currently serving as a Mechanical Engineering Professor of Materials Science and Engineering MacVicar Faculty Fellow Professor at Massachusetts Institute of Technology.

Honors

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Experiences

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Education

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Lorna J. Gibson

Massachusetts Institute of Technology

Professor of Materials Science and Engineering MacVicar Faculty Fellow Professor

You can click a keyword to filter the displayed items

materials science mechanical engineering biomechanics tissue engineering biomedical engineering biophysics mechanics mechanics of materials bone research mechanical science orthopedic biomechanics matrix biology biomaterials solid mechanics structural mechanics materials engineering functional tissue engineering orthopaedic research bone repair biofabrication mammalian biology biomaterials design cell biomechanics biomaterial modeling cellular solids bovine trabecular bone cartilage livestock science synthetic bone substitute spinal biomechanics foams biopolymers plant science mechanical deformation material modeling cellular materials moso bamboo condensed matter vascular biology thermal engineering 3d bioprinting surface modification mechanical behavior chemical composition skeletal muscle fatigue management mechanical modeling micromechanics two-dimensional cellular solids non-periodic microstructure elastic properties calcium phosphate trabecular bone collagen-gag scaffolds porous materials wood science tribology biocompatible materials cell manipulation cell migration neural tissue engineering defect formation ceramic technology wood structures bone density bone metabolism dermal structure fragmentation effect cell-matrix interactions musculoskeletal science hierarchical structure plant materials natural cellular materials junction interactions scaffold permeability collagen scaffolds engineering additive manufacturing mechanical properties biological engineering cellular structure 3d printing

Notable Scholarly Works

Notable Federal Grants

Collaborators

Hierarchically Porous Ceramics via Direct Writing of Binary Colloidal Gel Foams. ACS Applied Materials & Interfaces (2021)

Benito Román-MansoJoseph MuthLorna J. GibsonWolfgang RuettingerJennifer A. Lewis

colloid chemistryengineeringmaterials engineeringdirect writingmaterials scienceapplied physics

Preface to the Second Edition. Cambridge University Press eBooks (2019)

Colin Bird

literary historytextual practiceliterary theoryliteratureliterary studiesliterary criticismsecond edition

3D Printed Structures for Modeling the Young’s Modulus of Bamboo Parenchyma. Acta biomaterialia (2018)

Patrick G. DixonJoseph T. MuthXianghui XiaoMark Skylar-ScottJennifer A. LewisLorna Gibson

biophysicsdevelopmental biologytissue engineeringbiomaterial modelingstructural biologymaterials science3d modelingmaterial modeling3d printingbamboo parenchyma

Architected Cellular Ceramics With Tailored Stiffness via Direct Foam Writing. Proceedings of the National Academy of Sciences (2017)

Joseph T. MuthPatrick G. DixonLogan WoishLorna J. GibsonJennifer A. Lewis

direct foam writingcellular ceramicsceramic technologysurface modificationmaterials engineeringarchitecturematerials sciencetailored stiffnessmechanical engineering

Lightweight 3D Cellular Composites Inspired by Balsa. Bioinspiration & Biomimetics (2017)

Sardar MalekJordan R RaneyJennifer A LewisLorna J Gibson

designcellular compositesmaterials science3d bioprinting3d printing

Multi-Scale Modelling of Elastic Properties of Balsa. International Journal of Solids and Structures (2017)

Sardar MalekLorna J Gibson

multi-scale modellingelastic propertiesmaterials engineeringmaterials sciencesolid mechanicsapplied physicsstructural mechanicsmechanics of materialsmaterial modelingmodeling and simulationmechanical engineering

Multiscale Modelling of Moso Bamboo Oriented Strand Board. BioResources (2017)

Patrick Gerard DixonSardar MalekKate E. SemplePolo K. ZhangGregory D. SmithLorna J. Gibson

engineeringbiomaterial modelingbioresource technologymaterials engineeringbiological engineeringmultiscale modellingmultiscale modelingmaterials sciencemoso bamboomaterial modeling

Spatially-Localized Bench-Top X-Ray Scattering Reveals Tissue-Specific Microfibril Orientation in Moso Bamboo. Plant Methods (2017)

Patrik AhvenainenPatrick G. DixonAki KallonenHeikki SuhonenLorna J. GibsonKirsi Svedström

developmental biologybiological imagingplant scienceecologyvegetation sciencetissue engineeringmicroscopyplant physiologyplant biotechnologyforestrymoso bambootissue imagingexperimental botanybiophysicsplant biologylivestock sciencebotanyplant analysisexperimental plant biology

Spatially-Localized X-Ray Scattering and X-Ray Microtomography Measurements on Moso Bamboo. Zenodo (CERN European Organization for Nuclear Research) (2017)

Patrik AhvenainenPatrick G. DixonAki KallonenHeikki SuhonenLorna J. GibsonKirsi Svedström

surface sciencesurface analysisnuclear physicslivestock sciencebiomedical imagingspatially-localized x-ray scatteringnuclear sciencebotanyplant sciencex-ray microtomography measurementsbiomedical engineeringmaterials sciencemembrane scienceforestrymoso bambooenvironmental scienceroot morphology

Composition and Structure of Balsa (Ochroma Pyramidale) Wood. Wood Science and Technology (2015)

Marc BorregaPatrik AhvenainenRitva SerimaaLorna Gibson

material culturewood sciencematerials sciencewood structures

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Lorna J. Gibson

Professor of Materials Science and Engineering MacVicar Faculty Fellow Professor

Massachusetts Institute of Technology

Affiliations

School of Engineering

Mechanical Engineering

Lorna J. Gibson is currently serving as a Mechanical Engineering Professor of Materials Science and Engineering MacVicar Faculty Fellow Professor at Massachusetts 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

Lorna J. Gibson

Massachusetts Institute of Technology

Professor of Materials Science and Engineering MacVicar Faculty Fellow Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Hierarchically Porous Ceramics via Direct Writing of Binary Colloidal Gel Foams. ACS Applied Materials & Interfaces (2021)

Benito Román-MansoJoseph MuthLorna J. GibsonWolfgang RuettingerJennifer A. Lewis

colloid chemistryengineeringmaterials engineeringdirect writingmaterials scienceapplied physics

Preface to the Second Edition. Cambridge University Press eBooks (2019)

Colin Bird

literary historytextual practiceliterary theoryliteratureliterary studiesliterary criticismsecond edition

3D Printed Structures for Modeling the Young’s Modulus of Bamboo Parenchyma. Acta biomaterialia (2018)

Patrick G. DixonJoseph T. MuthXianghui XiaoMark Skylar-ScottJennifer A. LewisLorna Gibson

biophysicsdevelopmental biologytissue engineeringbiomaterial modelingstructural biologymaterials science3d modelingmaterial modeling3d printingbamboo parenchyma

Architected Cellular Ceramics With Tailored Stiffness via Direct Foam Writing. Proceedings of the National Academy of Sciences (2017)

Joseph T. MuthPatrick G. DixonLogan WoishLorna J. GibsonJennifer A. Lewis

direct foam writingcellular ceramicsceramic technologysurface modificationmaterials engineeringarchitecturematerials sciencetailored stiffnessmechanical engineering

Lightweight 3D Cellular Composites Inspired by Balsa. Bioinspiration & Biomimetics (2017)

Sardar MalekJordan R RaneyJennifer A LewisLorna J Gibson

designcellular compositesmaterials science3d bioprinting3d printing

Multi-Scale Modelling of Elastic Properties of Balsa. International Journal of Solids and Structures (2017)

Sardar MalekLorna J Gibson

Multiscale Modelling of Moso Bamboo Oriented Strand Board. BioResources (2017)

Patrick Gerard DixonSardar MalekKate E. SemplePolo K. ZhangGregory D. SmithLorna J. Gibson

engineeringbiomaterial modelingbioresource technologymaterials engineeringbiological engineeringmultiscale modellingmultiscale modelingmaterials sciencemoso bamboomaterial modeling

Spatially-Localized Bench-Top X-Ray Scattering Reveals Tissue-Specific Microfibril Orientation in Moso Bamboo. Plant Methods (2017)

Patrik AhvenainenPatrick G. DixonAki KallonenHeikki SuhonenLorna J. GibsonKirsi Svedström

Spatially-Localized X-Ray Scattering and X-Ray Microtomography Measurements on Moso Bamboo. Zenodo (CERN European Organization for Nuclear Research) (2017)

Patrik AhvenainenPatrick G. DixonAki KallonenHeikki SuhonenLorna J. GibsonKirsi Svedström

Composition and Structure of Balsa (Ochroma Pyramidale) Wood. Wood Science and Technology (2015)

Marc BorregaPatrik AhvenainenRitva SerimaaLorna Gibson

material culturewood sciencematerials sciencewood structures

1
2
3
4
5
6
7
10 / page

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regenerative medicine

mechanical engineering

Joseph Mansour

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Case Western Reserve University

tissue engineering

clinical engineering

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University of Texas at Arlington

cardiac bioengineering

matrix biology

Ioannis Yannas

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biocybernetics

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mechanobiology

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mechanical performance

mechanical behavior

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orthopaedic surgery

bone imaging

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biomaterial modeling

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