Faculty

Institution

Unit

Venue

Shan Zhao

Adjunct Professor

Clemson University

Affiliations

College of Science

Current:physics and Astronomy

Shan Zhao is currently serving as a College Of Science Adjunct Professor at Clemson University.

Honors

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Experiences

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Education

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Shan Zhao

Clemson University

Adjunct Professor

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applied mathematics computer science numerical analysis applied physics scientific computing mathematical physics computational mechanics materials science mathematical biology computational electromagnetics computational chemistry protein science helmholtz equation poisson-boltzmann equation computational science computational mathematics interface science theoretical biology mathematical bioscience finite element methods elliptic interface problems numerical simulations biomedical imaging molecular science information management information technology applied algebra biophysical modeling computational biophysics high order discrete singular convolution numerical study weak galerkin method heat equation super-gaussian poisson-boltzmann model irregular domains cancer imaging medical physics biomedical analysis thermal engineering mathematical optimization microwave technology surface chemistry applied chemistry acoustical engineering variational analysis biomedical optics biomedical photonics novel imaging methods protein chemistry mathematical chemistry optical metrology microwave engineering microwave photonics wave propagation regularization (mathematics) communication engineering receptor (biochemistry) molecular neurobiology receptor tyrosine kinases energy minimization wavelet theory mathematical biophysics surface analysis singular sources discontinuous coefficients boundary method material interfaces derivative matching high-order fdtd methods

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Combined Computational and Experimental Approach to Studying Tropomyosin Kinase Receptor B Binders for Potential Treatment of Neurodegenerative Diseases. Molecules (2024)

Duc D. NguyenShomit MansurLukasz CieslaNora E. GrayShan ZhaoYuping Bao

receptorsreceptor (biochemistry)potential treatmentneurodegenerative diseasesmolecular sciencecombined computationalsystems biologybiochemistrymolecular neurobiologytherapeutic targetsmolecular neurodegenerationreceptor tyrosine kinasesmolecular biologymolecular modelling

A Mac Grid Based Fft-Amib Solver for Incompressible Stokes Flows With Interfaces and Singular Forces. Journal of Computational and Applied Mathematics (2024)

Huanfeng YangShan ZhaoGuangqing Long

singular forcesfluid dynamicsnumerical analysismac gridapplied mathematicscomputational mechanicsfluid mechanicsfft-amib solverapplied physicsformal methodsmechanical engineering

Editorial for the Special Issue: Recent Trends in Mathematical Biology – Theory, Methods, and Applications. Computational and Mathematical Biophysics (2024)

Shan Zhao

biophysicsscientific computingmathematical biophysicsapplied mathematicsbiophysical modelingmathematical biologymathematical biosciencecomputational biologytheoretical biologycomputational biophysics

On Delivering Polar Solvation Free Energy of Proteins From Energy Minimized Structures Using a Regularized Super‐Gaussian Poisson–Boltzmann Model. Journal of Computational Chemistry (2024)

Shailesh Kumar PandayArghya ChakravortyShan ZhaoEmil Alexov

biophysicsbiomolecular engineeringbiophysical modelingprotein scienceprotein structurebiochemistrycomputational biologyenergy minimizationcomputational chemistrycomputational biophysicsmolecular modellingbiophysical chemistry

A Fast Sine Transform Accelerated High-Order Finite Difference Method for Parabolic Problems Over Irregular Domains. Journal of Scientific Computing (2023)

Chuan LiYiming RenGuangqing LongEric BoermanShan Zhao

numerical analysisscientific computingcomputer scienceirregular domainsparabolic problemsfast sine transform

A Fft Accelerated Fourth Order Finite Difference Method for Solving Three-Dimensional Elliptic Interface Problems. Journal of Computational Physics (2023)

Yiming RenShan Zhao

numerical analysisscientific computingcomputer scienceapplied mathematics

Bridging Eulerian and Lagrangian Poisson–Boltzmann Solvers by Eses. Journal of Computational Chemistry (2023)

Sheik Ahmed UllahXin YangBen JonesShan ZhaoWeihua GengGuo‐Wei Wei

computational chemistryapplied mathematics

Calculation of Electrostatic Free Energy for the Nonlinear Poisson-Boltzmann Model Based on the Dimensionless Potential. Journal of Computational Physics (2023)

Shan ZhaoIdowu E. IjaodoroMark McGowanEmil Alexov

electrostatic free energymathematical physicsapplied mathematicsdimensionless potentialnonlinear poisson-boltzmann model

A Regularization Approach for Solving the Super-Gaussian Poisson-Boltzmann Model With Heterogeneous Dielectric Functions. Journal of Computational Physics (2022)

Siwen WangYuanzhen ShaoEmil AlexovShan Zhao

regularization (mathematics)scientific computingapplied mathematicscomputer scienceheterogeneous dielectric functionssuper-gaussian poisson-boltzmann modelcomputational science

Benchmarking Electrostatic Free Energy of the Nonlinear Poisson–Boltzmann Model for the Kirkwood Sphere. Communications in Information and Systems (2022)

Sylvia AmihereWeihua GengShan Zhao

electrostatic free energymathematical physicsinformation managementapplied mathematicscomputer sciencekirkwood spherecommunicationnonlinear poisson-boltzmann modelcommunication engineeringinformation technologycommunication theoryinformation sciencecommunications systems

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Shan Zhao

Adjunct Professor

Clemson University

Affiliations

College of Science

Current:physics and Astronomy

Shan Zhao is currently serving as a College Of Science Adjunct Professor at Clemson 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

Shan Zhao

Clemson University

Adjunct Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Combined Computational and Experimental Approach to Studying Tropomyosin Kinase Receptor B Binders for Potential Treatment of Neurodegenerative Diseases. Molecules (2024)

Duc D. NguyenShomit MansurLukasz CieslaNora E. GrayShan ZhaoYuping Bao

A Mac Grid Based Fft-Amib Solver for Incompressible Stokes Flows With Interfaces and Singular Forces. Journal of Computational and Applied Mathematics (2024)

Huanfeng YangShan ZhaoGuangqing Long

singular forcesfluid dynamicsnumerical analysismac gridapplied mathematicscomputational mechanicsfluid mechanicsfft-amib solverapplied physicsformal methodsmechanical engineering

Editorial for the Special Issue: Recent Trends in Mathematical Biology – Theory, Methods, and Applications. Computational and Mathematical Biophysics (2024)

Shan Zhao

biophysicsscientific computingmathematical biophysicsapplied mathematicsbiophysical modelingmathematical biologymathematical biosciencecomputational biologytheoretical biologycomputational biophysics

On Delivering Polar Solvation Free Energy of Proteins From Energy Minimized Structures Using a Regularized Super‐Gaussian Poisson–Boltzmann Model. Journal of Computational Chemistry (2024)

Shailesh Kumar PandayArghya ChakravortyShan ZhaoEmil Alexov

A Fast Sine Transform Accelerated High-Order Finite Difference Method for Parabolic Problems Over Irregular Domains. Journal of Scientific Computing (2023)

Chuan LiYiming RenGuangqing LongEric BoermanShan Zhao

numerical analysisscientific computingcomputer scienceirregular domainsparabolic problemsfast sine transform

A Fft Accelerated Fourth Order Finite Difference Method for Solving Three-Dimensional Elliptic Interface Problems. Journal of Computational Physics (2023)

Yiming RenShan Zhao

numerical analysisscientific computingcomputer scienceapplied mathematics

Bridging Eulerian and Lagrangian Poisson–Boltzmann Solvers by Eses. Journal of Computational Chemistry (2023)

Sheik Ahmed UllahXin YangBen JonesShan ZhaoWeihua GengGuo‐Wei Wei

computational chemistryapplied mathematics

Calculation of Electrostatic Free Energy for the Nonlinear Poisson-Boltzmann Model Based on the Dimensionless Potential. Journal of Computational Physics (2023)

Shan ZhaoIdowu E. IjaodoroMark McGowanEmil Alexov

electrostatic free energymathematical physicsapplied mathematicsdimensionless potentialnonlinear poisson-boltzmann model

A Regularization Approach for Solving the Super-Gaussian Poisson-Boltzmann Model With Heterogeneous Dielectric Functions. Journal of Computational Physics (2022)

Siwen WangYuanzhen ShaoEmil AlexovShan Zhao

regularization (mathematics)scientific computingapplied mathematicscomputer scienceheterogeneous dielectric functionssuper-gaussian poisson-boltzmann modelcomputational science

Benchmarking Electrostatic Free Energy of the Nonlinear Poisson–Boltzmann Model for the Kirkwood Sphere. Communications in Information and Systems (2022)

Sylvia AmihereWeihua GengShan Zhao

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applied mathematical modelling

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Vrushali A. Bokil

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mathematical biophysics

Bo Li

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Erkki Somersalo

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Zhilin Li

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scientific computing

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