Faculty

Institution

Unit

Venue

Angela Cheer

Professor Emeritus

University of California, Davis

Affiliations

College of Letters and Science

Mathematics

Angela Cheer is currently serving as a College Of Letters And Science Professor Emeritus at University of California, Davis.

Honors

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Experiences

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Education

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Angela Cheer

University of California, Davis

Professor Emeritus

You can click a keyword to filter the displayed items

fluid dynamics applied mathematics fluid mechanics biophysics biomechanics fish biology physiology engineering avian biology fluid flow mathematical biology marine biology theoretical biology hydraulics unsteady flows crossflow filtration biomechanical engineering mathematical analysis aerodynamics respiratory medicine numerical simulations orthopedic biomechanics blood flow experimental biology endovascular techniques suspension-feeding fishes mammalian biology aquaculture animal ecology vascular biology insect science plant physiology plant science livestock science animal behavior mathematical optimization spinal biomechanics cell biomechanics experimental biophysics biofluid dynamics movement ecology water biology filtration hydraulic engineering oral cavity predator-prey interactions separation technology filtering technique astronautics human aortic arch three-dimensional simulation small organisms particle image velocimetry water flow temporal patterns abdominal aortic stent-grafts cortical activity activation waves ram ventilation ram suspension feeding flow visualization simulated dye method root growth

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bio-Inspired Particle Separator Design Based on the Food Retention Mechanism by Suspension-Feeding Fish. Bioinspiration & Biomimetics (2012)

Tien-Chieh HungRaul H PiedrahitaAngela Cheer

biophysicsbiological engineeringfood retention mechanismfish biologybiomechanicsseparation technologysuspension-feeding fish

The Benefits of Planar Circular Mouths on Suction Feeding Performance. Journal of The Royal Society Interface (2012)

Tyler SkorczewskiAngela CheerPeter C. Wainwright

planar circular mouthsfluid dynamicsengineeringmarine biologysuction feeding performance

Computational Fluid Dynamics of Fish Gill Rakers During Crossflow Filtration. Bulletin of Mathematical Biology (2011)

Angela CheerSamson CheungTien-Chieh HungRaul H. PiedrahitaS. Laurie Sanderson

avian biologylivestock scienceapplied mathematicsmathematical biologymarine biologycrossflow filtrationfish gill rakersbiologyfish biologyecology

New Method for Improved Calculations of Unsteady Complex Flows in Large Arteries. Acta Mathematica Scientia (2011)

A. CheerHarry A. DwyerT. Kim

numerical analysisapplied mathematicsunsteady complex flowsimproved calculationslarge arteries

Analysis of the Unsteady Flow and Forces in an Aaa Endovascular Stent. Computational Fluid Dynamics '92 (2009)

T. KimH. A. DwyerA. CheerT. B. HowellT. ChuterD. Saloner

fluid dynamicscritical careunsteady flowsendovascular techniques

Modeling the Hydraulics of Root Growth in Three Dimensions With Phloem Water Sources. PLANT PHYSIOLOGY (2009)

Brandy S. WiegersAngela Y. CheerWendy K. Silk

hydraulicsphloem water sourcesapplied mathematicsenvironmental modellingbiological engineeringplant physiologyplant scienceroot growth

Use of Computational Fluid Dynamics to Study Forces Exerted on Prey by Aquatic Suction Feeders. Journal of The Royal Society Interface (2009)

Tyler SkorczewskiAngela CheerSamson CheungPeter C. Wainwright

avian biologyanimal behavioraquatic suction feederspredator-prey interactionsecologybiomechanics

Highly Unsteady Flows in Curved Pipes. Springer eBooks (2008)

H. A. DwyerA. Y. CheerT. Rutaganira

fluid mechanicscivil engineering

Computational Fluid Dynamics Within Bifurcated Abdominal Aortic Stent-Grafts. Journal of Endovascular Therapy (2007)

Benjamin A. HowellTom KimAngela CheerHarry DwyerDavid SalonerTimothy A. M. Chuter

engineeringcardiologyabdominal aortic stent-graftsbiomedical engineeringvascular biologyrespiratory medicineendovascular techniques

Computational Fluid Dynamics of Crossflow Filtration in Suspension-Feeding Fishes. Computational Fluid Dynamics '92 (2006)

A. Y. CheerS. CheungS. L. Sanderson

avian biologyfluid dynamicssuspension-feeding fishescrossflow filtrationbiological engineeringfish biology

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Angela Cheer

Professor Emeritus

University of California, Davis

Affiliations

College of Letters and Science

Mathematics

Angela Cheer is currently serving as a College Of Letters And Science Professor Emeritus at University of California, Davis.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Angela Cheer

University of California, Davis

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bio-Inspired Particle Separator Design Based on the Food Retention Mechanism by Suspension-Feeding Fish. Bioinspiration & Biomimetics (2012)

Tien-Chieh HungRaul H PiedrahitaAngela Cheer

biophysicsbiological engineeringfood retention mechanismfish biologybiomechanicsseparation technologysuspension-feeding fish

The Benefits of Planar Circular Mouths on Suction Feeding Performance. Journal of The Royal Society Interface (2012)

Tyler SkorczewskiAngela CheerPeter C. Wainwright

planar circular mouthsfluid dynamicsengineeringmarine biologysuction feeding performance

Computational Fluid Dynamics of Fish Gill Rakers During Crossflow Filtration. Bulletin of Mathematical Biology (2011)

Angela CheerSamson CheungTien-Chieh HungRaul H. PiedrahitaS. Laurie Sanderson

avian biologylivestock scienceapplied mathematicsmathematical biologymarine biologycrossflow filtrationfish gill rakersbiologyfish biologyecology

New Method for Improved Calculations of Unsteady Complex Flows in Large Arteries. Acta Mathematica Scientia (2011)

A. CheerHarry A. DwyerT. Kim

numerical analysisapplied mathematicsunsteady complex flowsimproved calculationslarge arteries

Analysis of the Unsteady Flow and Forces in an Aaa Endovascular Stent. Computational Fluid Dynamics '92 (2009)

T. KimH. A. DwyerA. CheerT. B. HowellT. ChuterD. Saloner

fluid dynamicscritical careunsteady flowsendovascular techniques

Modeling the Hydraulics of Root Growth in Three Dimensions With Phloem Water Sources. PLANT PHYSIOLOGY (2009)

Brandy S. WiegersAngela Y. CheerWendy K. Silk

hydraulicsphloem water sourcesapplied mathematicsenvironmental modellingbiological engineeringplant physiologyplant scienceroot growth

Use of Computational Fluid Dynamics to Study Forces Exerted on Prey by Aquatic Suction Feeders. Journal of The Royal Society Interface (2009)

Tyler SkorczewskiAngela CheerSamson CheungPeter C. Wainwright

avian biologyanimal behavioraquatic suction feederspredator-prey interactionsecologybiomechanics

Highly Unsteady Flows in Curved Pipes. Springer eBooks (2008)

H. A. DwyerA. Y. CheerT. Rutaganira

fluid mechanicscivil engineering

Computational Fluid Dynamics Within Bifurcated Abdominal Aortic Stent-Grafts. Journal of Endovascular Therapy (2007)

Benjamin A. HowellTom KimAngela CheerHarry DwyerDavid SalonerTimothy A. M. Chuter

engineeringcardiologyabdominal aortic stent-graftsbiomedical engineeringvascular biologyrespiratory medicineendovascular techniques

Computational Fluid Dynamics of Crossflow Filtration in Suspension-Feeding Fishes. Computational Fluid Dynamics '92 (2006)

A. Y. CheerS. CheungS. L. Sanderson

avian biologyfluid dynamicssuspension-feeding fishescrossflow filtrationbiological engineeringfish biology

1
2
3
4
10 / page

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Institution

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applied mathematical modelling

mathematical modelling

Laura Ann Miller

Institution

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information theory

theoretical biology

Amy Lang

Institution

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fluid flow

biofluid dynamic

Stephen Childress

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vorticity growth

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offshore wind power

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