Faculty

Institution

Unit

Venue

Philip S L Anderson

Associate Professor

UIUC

Affiliations

College of Liberal Arts & Sciences

School of Integrative Biology

Department of Evolution, Ecology, and Behavior

Philip S L Anderson is currently serving as a College Of Liberal Arts & Sciences Associate Professor at Uiuc.

Honors

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Experiences

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Education

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Philip S L Anderson

UIUC

Associate Professor

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morphology (biology) evolutionary biology biology morphological evidence biomechanics zoology vertebrate paleontology morphology evolutionary ecology paleontology mechanics mechanical science ecology biomedical engineering paleobiology phylogenetics ecology evolution fracture mechanics living fossil axial skeleton evolutionary theory fish biology adaptation evolutionary applications dental biomechanics biological evolution systematic palaeontology systematics mechanical behavior puncture mechanics biological puncture dental materials theoretical biology evolutionary significance mechanical sensitivity historical biology oral biology mechanical deformation cladistics biological systems animal behavior palaeogeography cretaceous period aquatic organisms puncture systems puncture performance biostratigraphy physiological plasticity predator-prey interactions tool use dynamic crack propagation crack formation mechanical modeling experimental mechanics elasticity (physics) bio-inspired robotics avian evolution comparative physiology jaw biomechanics linkage system morphological disparity disparity patterns blade shape morphological diversification linkage systems mantis shrimp puncture tool dynamic puncture marine biodiversity paleoceanography biological oceanography ocean acidification algal biology paleoenvironmental reconstruction ecological process theoretical ecology taphonomy evolutionary processes synapsida taphonomic bias

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Response for"Evolutionary Morphology of Genital Spines Informed by Puncture Mechanics". (2025)

Rachel KeeffeBingyang ZhangPhilip S. L. AndersonPatricia L. R. Brennan

morphologyvertebrate paleontologycraniofacial researchgross anatomyanatomymorphological evidencebiologypuncture mechanicsmorphology (biology)evolutionary morphologyevolutionary biologyauthor response

Evolutionary Morphology of Genital Spines Informed by Puncture Mechanics. Proceedings of the Royal Society B Biological Sciences (2025)

Rachel KeeffeBingyang ZhangPhilip S. L. AndersonPatricia L. R. Brennan

morphologyreproductive biologyfemale reproductive systemanatomymorphological evidencedevelopmental biologybiologypuncture mechanicsmorphology (biology)genital spinesevolutionary morphologymammalian biologymorphogenesisbiomechanics

Sharpening Our Understanding of Saber‐Tooth Biomechanics. The Anatomical Record (2025)

Tahlia PollockPhilip S. L. Anderson

morphologyvertebrate paleontologyzoologydental biomechanicsanatomymorphological evidencebiologypuncture mechanicsmorphology (biology)evolutionary biologyprimate fossilaxial skeletonsaber‐tooth biomechanicsmorphological characteristics

Being Thin-Skinned Can Still Reduce Damage From Dynamic Puncture. Journal of The Royal Society Interface (2024)

Bingyang ZhangBishal BaskotaPhilip S. L. Anderson

dermal structuretissue engineeringdynamic puncturebiomaterials designmechanical propertiesdynamic puncture damagecomposite interfacebiomedical engineeringcomposite structuresbiocompatible materialsbiofabricationfunctional tissue engineeringpuncture energeticsadhesionbiomaterialsbiomimetic materialsmaterials sciencebiomechanics

Curving Expectations: The Minimal Impact of Structural Curvature in Biological Puncture Mechanics. Science Advances (2024)

Bingyang ZhangBishal BaskotaJules J. ChabainPhilip S. L. Anderson

biophysicsmechanical deformationbiological puncture mechanicsstructural curvaturesfracture mechanicselasticity (physics)mechanical sciencebiomedical engineeringpuncture mechanicsmechanobiologymechanics of materialsmechanicsbiomechanics

How Rate-Based Stretchability of Soft Solids Controls Fracture Morphology in Dynamic Conical Puncture. International Journal of Impact Engineering (2024)

Bingyang ZhangPhilip S.L. Anderson

mechanical deformationmechanical testingfracture mechanicsdynamic conical puncturesolid mechanicsdynamic puncturedeformationmechanical behaviordynamic crack propagationmechanical engineeringmechanical propertiesmechanical sciencepuncture mechanicsmechanics of materialscrack formationmechanicsmaterials science

Quality vs. Quantity: The Consequences of Elevated Co2 on Wood Biomaterial Properties. Integrative and Comparative Biology (2024)

Philip S L Anderson

environmental sciencewood structuresforest researchcarbon dioxidecarbon captureforest ecologyelevated co2wood technologywood scienceearth sciencegreenhouse gascarbon sequestrationwood qualitywood chemistrywood modificationforestryforest ecosystemswood formationquality vsecology

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

biophysicsbiomechanicsmultibody system dynamicmechanotransductionmechanical sciencemathematical modelsbiologyactuationlamsa systemmechanobiologymorphology (biology)kinematicsbiomechanical engineeringlamsa mechanismmechanicsmechanical systems

How Venom Pore Placement May Influence Puncture Performance in Snake Fangs. Journal of Experimental Biology (2023)

Stephanie B. CroftsPhilip S. L. Anderson

vertebrate paleontologyzoologyanatomypuncture performancetoxinologymorphological evidencebiologypuncture toolmorphology (biology)puncture initiationevolutionary biologyvenomics

Investigation of the Rate-Mediated Form-Function Relationship in Biological Puncture. Scientific Reports (2023)

Bingyang ZhangPhilip S. L. Anderson

biophysicstheoretical biologybiophysical reviewcell biomechanicspuncture biomechanicsmechanotransductionmechanical sciencepuncture toolbiomedical engineeringbiomaterial modelingmechanicsbiological puncturebiomechanics

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Philip S L Anderson

Associate Professor

UIUC

Affiliations

College of Liberal Arts & Sciences

School of Integrative Biology

Department of Evolution, Ecology, and Behavior

Philip S L Anderson is currently serving as a College Of Liberal Arts & Sciences Associate Professor at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Philip S L Anderson

UIUC

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Response for"Evolutionary Morphology of Genital Spines Informed by Puncture Mechanics". (2025)

Rachel KeeffeBingyang ZhangPhilip S. L. AndersonPatricia L. R. Brennan

morphologyvertebrate paleontologycraniofacial researchgross anatomyanatomymorphological evidencebiologypuncture mechanicsmorphology (biology)evolutionary morphologyevolutionary biologyauthor response

Evolutionary Morphology of Genital Spines Informed by Puncture Mechanics. Proceedings of the Royal Society B Biological Sciences (2025)

Rachel KeeffeBingyang ZhangPhilip S. L. AndersonPatricia L. R. Brennan

Sharpening Our Understanding of Saber‐Tooth Biomechanics. The Anatomical Record (2025)

Tahlia PollockPhilip S. L. Anderson

Being Thin-Skinned Can Still Reduce Damage From Dynamic Puncture. Journal of The Royal Society Interface (2024)

Bingyang ZhangBishal BaskotaPhilip S. L. Anderson

Curving Expectations: The Minimal Impact of Structural Curvature in Biological Puncture Mechanics. Science Advances (2024)

Bingyang ZhangBishal BaskotaJules J. ChabainPhilip S. L. Anderson

How Rate-Based Stretchability of Soft Solids Controls Fracture Morphology in Dynamic Conical Puncture. International Journal of Impact Engineering (2024)

Bingyang ZhangPhilip S.L. Anderson

Quality vs. Quantity: The Consequences of Elevated Co2 on Wood Biomaterial Properties. Integrative and Comparative Biology (2024)

Philip S L Anderson

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

How Venom Pore Placement May Influence Puncture Performance in Snake Fangs. Journal of Experimental Biology (2023)

Stephanie B. CroftsPhilip S. L. Anderson

vertebrate paleontologyzoologyanatomypuncture performancetoxinologymorphological evidencebiologypuncture toolmorphology (biology)puncture initiationevolutionary biologyvenomics

Investigation of the Rate-Mediated Form-Function Relationship in Biological Puncture. Scientific Reports (2023)

Bingyang ZhangPhilip S. L. Anderson

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