Faculty

Institution

Unit

Venue

Brian B. Laird

Professor

University of Kansas

Affiliations

College of Liberal Arts & Sciences

Chemistry

Brian B. Laird is currently serving as a Chemistry Professor at University of Kansas.

Honors

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Experiences

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Education

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Brian B. Laird

University of Kansas

Professor

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materials science applied physics physical chemistry condensed matter physics chemistry physics computational chemistry surface science quantum chemistry interface science condensed matter theoretical chemistry material chemistry materials engineering thermodynamics hard-sphere fluid transport properties advanced materials glass material phase equilibrium surface free energy zeolitic imidazolate frameworks entropy material research numerical simulations theoretical inorganic chemistry solid-state chemistry crystal structures material modeling fluid-solid interactions molecular simulation interfacial free energy crystal growth adsorption glass transition surface chemistry chemical thermodynamics experimental analysis mathematical chemistry interface chemistry material simulation direct calculation atomistic characterization advanced energy material protein science energy chemistry localization membrane science thermal engineering solid-state electronics applied chemistry interfacial phenomena theoretical modeling combined experimental-computational investigation low-frequency vibrational modes weighted-density-functional theories gibbs-cahn integration cu-pb solid-liquid interface molecular simulations peptide deamidation gaussian statistics organic process research carbon-based materials fragmentation effect in-situ conversion solid modeling relaxation process structure elucidation strain localization pharmaceutical chemistry pharmaceutical sciences catalytic process catalytic applications industrial catalysis thermal catalysis catalytic materials chemical engineering engineering scientific computing molecular modelling thermodynamic modelling computational materials science

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Quantitative Theory and Atomistic Simulation Study on the Soft-Sphere Crystal–Melt Interfacial Properties. I. Kinetic Coefficients. The Journal of Chemical Physics (2024)

Ya-Shen WangXin ZhangZun LiangHong-Tao LiangYang YangBrian B. Laird

chemistryatomistic simulation studyinterface scienceinterfacial studiesquantitative theory

Cation Dependence of Gas Adsorption in Clinoptilolite and Rho Zeolites Using Monte Carlo Simulation: A Linear Model. Journal of Chemical & Engineering Data (2024)

Micah L. WelschBrian B. Laird

chemistrylinear modelzeolitesgas adsorptionmaterials sciencemonte carlo simulationcation dependencecomputational materials sciencechemical engineering

Intrinsic Stress Field for Liquid Surfaces. Physical Review Letters (2024)

Zi-Feng YuanBrian B. LairdCheng-Jie XiaXiang-Ming MaHong-Tao LiangYang Yang

surface scienceintrinsic stress fieldliquid surfacesfluid mechanicscondensed matter physicsmaterials scienceapplied physics

Analysis of Probability of Inserting a Hard Spherical Particle With Small Diameter in Hard-Sphere Fluid. The Journal of Chemical Physics (2023)

Ruslan L. DavidchackAisha Ahmed ElmajdoubBrian B. Laird

chemistryapplied probabilityhard spherical particleprobability theoryphysical chemistrymathematical chemistrysmall diametertheoretical chemistrycomputational chemistryhard-sphere fluid

Fluids Meet Solids. The Journal of Chemical Physics (2023)

Jose L. F. AbascalBrian B. LairdEva G. NoyaKathleen J. Stebe

chemistryfluid mechanicsmaterials scienceapplied physicsfluid-solid interactionsfluid-structure interactionfluids meet solids

Generation of Amorphous Silica Surfaces With Controlled Roughness. The Journal of Physical Chemistry A (2023)

Nuong P. NguyenBrian B. Laird

surface chemistrysurface sciencesurface engineeringamorphous silica surfacessurface modificationcontrolled roughnesssurface processingmaterials sciencephysical chemistryapplied physicsphysics

Atomistic Characterization of the Sio2 High-Density Liquid/Low-Density Liquid Interface. The Journal of Chemical Physics (2022)

Xin ZhangBrian B. LairdHongtao LiangWenliang LuZhiyong YuXiangming MaYa ChengYang Yang

chemistryatomistic characterizationmaterials sciencephysical chemistrythin films

Chemical Potential and Surface Free Energy of a Hard Spherical Particle in Hard-Sphere Fluid Over the Full Range of Particle Diameters. The Journal of Chemical Physics (2022)

Ruslan L. DavidchackBrian B. Laird

surface free energyparticle diametershard spherical particlematerials sciencephysical chemistrychemical potentialhard-sphere fluid

Inside and out: Surface Thermodynamics From Positive to Negative Curvature. The Journal of Chemical Physics (2022)

Seth C. MartinHendrik Hansen-GoosRoland RothBrian B. Laird

negative curvaturethermodynamicsphysical chemistryphysicssurface thermodynamics

Local Collective Dynamics at Equilibrium Bcc Crystal–Melt Interfaces. The Journal of Chemical Physics (2022)

Xin ZhangWenliang LuZun LiangYashen WangSongtai LvHongtao LiangBrian B. LairdYang Yang

surface sciencetheoretical inorganic chemistrychemical thermodynamicsinterface sciencequantum chemistrycondensed matter physicscondensed mattermaterials sciencephysical chemistryapplied physicsphysicssolid-state chemistryfluid-solid interactionslocal collective dynamics

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Brian B. Laird

Professor

University of Kansas

Affiliations

College of Liberal Arts & Sciences

Chemistry

Brian B. Laird is currently serving as a Chemistry Professor at University of Kansas.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Brian B. Laird

University of Kansas

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Quantitative Theory and Atomistic Simulation Study on the Soft-Sphere Crystal–Melt Interfacial Properties. I. Kinetic Coefficients. The Journal of Chemical Physics (2024)

Ya-Shen WangXin ZhangZun LiangHong-Tao LiangYang YangBrian B. Laird

chemistryatomistic simulation studyinterface scienceinterfacial studiesquantitative theory

Cation Dependence of Gas Adsorption in Clinoptilolite and Rho Zeolites Using Monte Carlo Simulation: A Linear Model. Journal of Chemical & Engineering Data (2024)

Micah L. WelschBrian B. Laird

chemistrylinear modelzeolitesgas adsorptionmaterials sciencemonte carlo simulationcation dependencecomputational materials sciencechemical engineering

Intrinsic Stress Field for Liquid Surfaces. Physical Review Letters (2024)

Zi-Feng YuanBrian B. LairdCheng-Jie XiaXiang-Ming MaHong-Tao LiangYang Yang

surface scienceintrinsic stress fieldliquid surfacesfluid mechanicscondensed matter physicsmaterials scienceapplied physics

Analysis of Probability of Inserting a Hard Spherical Particle With Small Diameter in Hard-Sphere Fluid. The Journal of Chemical Physics (2023)

Ruslan L. DavidchackAisha Ahmed ElmajdoubBrian B. Laird

chemistryapplied probabilityhard spherical particleprobability theoryphysical chemistrymathematical chemistrysmall diametertheoretical chemistrycomputational chemistryhard-sphere fluid

Fluids Meet Solids. The Journal of Chemical Physics (2023)

Jose L. F. AbascalBrian B. LairdEva G. NoyaKathleen J. Stebe

chemistryfluid mechanicsmaterials scienceapplied physicsfluid-solid interactionsfluid-structure interactionfluids meet solids

Generation of Amorphous Silica Surfaces With Controlled Roughness. The Journal of Physical Chemistry A (2023)

Nuong P. NguyenBrian B. Laird

surface chemistrysurface sciencesurface engineeringamorphous silica surfacessurface modificationcontrolled roughnesssurface processingmaterials sciencephysical chemistryapplied physicsphysics

Atomistic Characterization of the Sio2 High-Density Liquid/Low-Density Liquid Interface. The Journal of Chemical Physics (2022)

Xin ZhangBrian B. LairdHongtao LiangWenliang LuZhiyong YuXiangming MaYa ChengYang Yang

chemistryatomistic characterizationmaterials sciencephysical chemistrythin films

Chemical Potential and Surface Free Energy of a Hard Spherical Particle in Hard-Sphere Fluid Over the Full Range of Particle Diameters. The Journal of Chemical Physics (2022)

Ruslan L. DavidchackBrian B. Laird

surface free energyparticle diametershard spherical particlematerials sciencephysical chemistrychemical potentialhard-sphere fluid

Inside and out: Surface Thermodynamics From Positive to Negative Curvature. The Journal of Chemical Physics (2022)

Seth C. MartinHendrik Hansen-GoosRoland RothBrian B. Laird

negative curvaturethermodynamicsphysical chemistryphysicssurface thermodynamics

Local Collective Dynamics at Equilibrium Bcc Crystal–Melt Interfaces. The Journal of Chemical Physics (2022)

Xin ZhangWenliang LuZun LiangYashen WangSongtai LvHongtao LiangBrian B. LairdYang Yang

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complex materials

material simulation

James Evans

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Aldo Romero

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condensed matter

material simulation

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