Faculty

Institution

Unit

Venue

Mark Ilton

Associate Professor of Physics

Harvey Mudd College

Affiliations

Center For Computational Science And Engineering

Harvey Mudd College

Department Of Biology

Department Of Computer Science

Department Of Physics

Humanities, Social Sciences, and the Arts

Mark Ilton is currently serving as a Center For Computational Science And Engineering Associate Professor of Physics at Harvey Mudd College.

Honors

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Experiences

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Education

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Mark Ilton

Harvey Mudd College

Associate Professor of Physics

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materials science applied physics mechanical engineering polymer science mechanics mechanical science biomedical engineering surface science kinematics thin films tribology macromolecular science elasticity (physics) physical properties soft matter condensed matter multibody system dynamic fragmentation effect polymer engineering nanostructured polymers polymer stability power limits glassy polymer films ultrafast snap skin friction synthetic biology control systems automatic control animal behavior polymer testing friction interface science material research polymer composites additive manufacturing material chemistry nanoparticle research experimental biology strain localization control engineering polymer technology macromolecular architecture cutaneous biology surface modification bio-inspired design biomimetic actuators bio-inspired robotics bio-inspired systems integrative biology polymer properties thin film processing severe plastic deformation nanotribology nanomechanics polymer nanotechnology nanocomposites gesture processing haptic technologies physic of failure mechanotransduction actuation mathematical models engineered systems diverse elastic systems power amplification latch-mediated spring actuation confinement effect latch-based control energy output failure properties ultrathin polymer films bottlebrush networks advanced architectures elastic energy release

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bottlebrush Networks: A Primer for Advanced Architectures. Angewandte Chemie International Edition (2024)

Brandon R. ClarkeConnor L. WittMark IltonAlfred J. CrosbyJames J. WatkinsGregory N. Tew

bottlebrush networksadvanced architectureschemistrynetwork scienceengineering

Tuning a Mechanical Model to Biological Reality: A Case Study in the Lamsa System of the Trap-Jaw Ant Strumigenys. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Philip S L AndersonJustin F JorgeStephanie B CroftsJackson T CastroRosalie L DidcockAndrés CookFredrick J LarabeeMark Ilton

biomechanical engineeringlamsa mechanismbiophysicskinematicsmechanical systemsmechanicsbiologymechanotransductionmorphology (biology)mechanobiologymultibody system dynamiclamsa systemactuationmathematical modelsbiomechanicsmechanical science

Viscoelastic Materials Are Most Energy Efficient When Loaded and Unloaded at Equal Rates. Journal of The Royal Society Interface (2024)

Lucien TsaiPaco NavarroSiqi WuTaylor LevinsonElizabeth MendozaM. Janneke SchwanerMonica A. DaleyEmanuel AziziMark Ilton

materials scienceviscoelastic materialsenergy efficiencyenergy efficientapplied physicsequal ratesengineering

A Tunable, Simplified Model for Biological Latch Mediated Spring Actuated Systems. Integrative Organismal Biology (2022)

Andrés CookKaanthi PandhiguntaMason A AcevedoAdam WalkerRosalie L DidcockJackson T CastroDeclan O’NeillRaghav AcharyaM Saad BhamlaPhilip S L AndersonMark Ilton

mechatronicsbiomechanical engineeringbio-inspired designkinematicsbiomedical engineeringmechanical engineeringmechanical systemslamsa systemsbiomimetic actuatorsbio-inspired roboticsmultibody system dynamiclamsa systembiomechanicsmechanical sciencelamsa simulationbio-inspired systems

Decoupling the Impact of Entanglements and Mobility on the Failure Properties of Ultrathin Polymer Films. Macromolecules (2022)

R. Ko̅nane BayTianren ZhangShinichiro ShimomuraMark IltonKeiji TanakaRobert A. RigglemanAlfred J. Crosby

thin filmsmaterials sciencepolymer engineeringpolymer technologyfailure propertiesbiomedical engineeringmechanical engineeringsurface sciencematerials engineeringcondensed matterultrathin polymer filmsadvanced materialsmacromolecular architecturepolymer sciencemacromolecular science

The Impact of Polymerization Chemistry on the Mechanical Properties of Poly(Dimethylsiloxane) Bottlebrush Elastomers. Macromolecules (2022)

Brandon R. ClarkeHyemin KimMark IltonJames J. WatkinsAlfred J. CrosbyGregory N. Tew

materials sciencemechanical engineeringbottlebrush elastomerssurface modificationpolymerization chemistrypolymer sciencemacromolecular science

Supporting Information Document From the Ultrafast Snap of a Finger is Mediated by Skin Friction. Figshare (2021)

Raghav AcharyaElio J. ChallitaMark IltonM. Saad Bhamla

wearable technologygesture processingultrafast snaphaptic technologiestribologyfragmentation effectinformation documentapplied physicsneuroscienceskin friction

The Ultrafast Snap of a Finger is Mediated by Skin Friction. Journal of The Royal Society Interface (2021)

Raghav AcharyaElio J. ChallitaMark IltonM. Saad Bhamla

dermatologybiophysicssurface scienceultrafast snaptribologycutaneous biologyapplied physicsskin friction

Latch-Based Control of Energy Output in Spring Actuated Systems. Journal of The Royal Society Interface (2020)

Sathvik DiviXiaotian MaMark IltonRyan St. PierreBabak EslamiS. N. PatekSarah Bergbreiter

systems engineeringcontrol systemsmechanical engineeringlatch-based controlcontrol engineeringautomatic controlenergy outputengineering

Beyond Power Amplification: Latch-Mediated Spring Actuation is an Emerging Framework for the Study of Diverse Elastic Systems. Journal of Experimental Biology (2019)

S. J. LongoS. M. CoxE. AziziM. IltonJ. P. OlberdingR. St PierreS. N. Patek

materials sciencediverse elastic systemsmechanical engineeringmechanicspower amplificationlatch-mediated spring actuationapplied physicsexperimental biology

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Mark Ilton

Associate Professor of Physics

Harvey Mudd College

Affiliations

Center For Computational Science And Engineering

Harvey Mudd College

Department Of Biology

Department Of Computer Science

Department Of Physics

Humanities, Social Sciences, and the Arts

Mark Ilton is currently serving as a Center For Computational Science And Engineering Associate Professor of Physics at Harvey Mudd College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Mark Ilton

Harvey Mudd College

Associate Professor of Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bottlebrush Networks: A Primer for Advanced Architectures. Angewandte Chemie International Edition (2024)

Brandon R. ClarkeConnor L. WittMark IltonAlfred J. CrosbyJames J. WatkinsGregory N. Tew

bottlebrush networksadvanced architectureschemistrynetwork scienceengineering

Tuning a Mechanical Model to Biological Reality: A Case Study in the Lamsa System of the Trap-Jaw Ant Strumigenys. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Philip S L AndersonJustin F JorgeStephanie B CroftsJackson T CastroRosalie L DidcockAndrés CookFredrick J LarabeeMark Ilton

Viscoelastic Materials Are Most Energy Efficient When Loaded and Unloaded at Equal Rates. Journal of The Royal Society Interface (2024)

Lucien TsaiPaco NavarroSiqi WuTaylor LevinsonElizabeth MendozaM. Janneke SchwanerMonica A. DaleyEmanuel AziziMark Ilton

materials scienceviscoelastic materialsenergy efficiencyenergy efficientapplied physicsequal ratesengineering

A Tunable, Simplified Model for Biological Latch Mediated Spring Actuated Systems. Integrative Organismal Biology (2022)

Andrés CookKaanthi PandhiguntaMason A AcevedoAdam WalkerRosalie L DidcockJackson T CastroDeclan O’NeillRaghav AcharyaM Saad BhamlaPhilip S L AndersonMark Ilton

Decoupling the Impact of Entanglements and Mobility on the Failure Properties of Ultrathin Polymer Films. Macromolecules (2022)

R. Ko̅nane BayTianren ZhangShinichiro ShimomuraMark IltonKeiji TanakaRobert A. RigglemanAlfred J. Crosby

The Impact of Polymerization Chemistry on the Mechanical Properties of Poly(Dimethylsiloxane) Bottlebrush Elastomers. Macromolecules (2022)

Brandon R. ClarkeHyemin KimMark IltonJames J. WatkinsAlfred J. CrosbyGregory N. Tew

materials sciencemechanical engineeringbottlebrush elastomerssurface modificationpolymerization chemistrypolymer sciencemacromolecular science

Supporting Information Document From the Ultrafast Snap of a Finger is Mediated by Skin Friction. Figshare (2021)

Raghav AcharyaElio J. ChallitaMark IltonM. Saad Bhamla

wearable technologygesture processingultrafast snaphaptic technologiestribologyfragmentation effectinformation documentapplied physicsneuroscienceskin friction

The Ultrafast Snap of a Finger is Mediated by Skin Friction. Journal of The Royal Society Interface (2021)

Raghav AcharyaElio J. ChallitaMark IltonM. Saad Bhamla

dermatologybiophysicssurface scienceultrafast snaptribologycutaneous biologyapplied physicsskin friction

Latch-Based Control of Energy Output in Spring Actuated Systems. Journal of The Royal Society Interface (2020)

Sathvik DiviXiaotian MaMark IltonRyan St. PierreBabak EslamiS. N. PatekSarah Bergbreiter

systems engineeringcontrol systemsmechanical engineeringlatch-based controlcontrol engineeringautomatic controlenergy outputengineering

Beyond Power Amplification: Latch-Mediated Spring Actuation is an Emerging Framework for the Study of Diverse Elastic Systems. Journal of Experimental Biology (2019)

S. J. LongoS. M. CoxE. AziziM. IltonJ. P. OlberdingR. St PierreS. N. Patek

materials sciencediverse elastic systemsmechanical engineeringmechanicspower amplificationlatch-mediated spring actuationapplied physicsexperimental biology

1
2
3
10 / page