Faculty

Institution

Unit

Venue

John Bolander

Professor

University of California, Davis

Affiliations

College of Engineering

Civil and Environmental Engineering

Structural Engineering and Structural Mechanics

John Bolander is currently serving as a Civil And Environmental Engineering Professor at University of California, Davis.

Honors

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Experiences

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Education

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John Bolander

University of California, Davis

Professor

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engineering materials science structural engineering mechanical engineering civil engineering materials engineering structural mechanics concrete technology construction engineering mechanics of materials building engineering mechanics numerical simulations solid mechanics material modeling structural concrete composite science fiber reinforcement material simulation computational engineering mechanical science building technology infrastructure engineering construction technology structural analysis computer-aided design bridge engineering computer-aided engineering strain-hardening cementitious composites rc structures tribology fibers construction materials lattice theory fiber science mechanical modeling cement-based construction material mesoscale simulation fiber-reinforced cement composites cementitious composites composite structures engineering science continuum modeling sustainable construction fiber-reinforced composites 3d modeling structural design irregular lattice model concrete fracture irregular lattices rigid-body-spring networks deformed bars failure simulation reinforced concrete structures lattice-based simulations voronoi-cell lattice models thermal engineering advanced manufacturing technologies fractals theoretical modeling crack formation fiber-reinforced cement composite wetting damage mechanism particle technology experimental analysis computer modeling numerical computation model predictive control high-rate loading hydraulic fracturing corrosion technology digital image correlation scaling analysis random geometry spring networks structural health monitoring structural performance high-performance materials concrete bridge decks durability performance concrete materials

Notable Scholarly Works

Notable Federal Grants

Collaborators

Discrete Modeling of Elastic Heterogeneous Media. Mechanics Research Communications (2024)

Q. ZhangJ. EliášK. NagaiJ.E. Bolander

materials scienceengineeringelastic heterogeneous mediamechanical engineeringmechanicsdiscrete modeling

Optimization-Based Analysis of Diagonal Tension Failure of Reinforced Concrete Dapped-End Beams. Journal of Structural Engineering (2024)

Takeru KanazawaKohei NagaiJohn E. Bolander

numerical simulationsstructural analysisengineeringoptimization-based analysisstructural engineeringstructural designstructural optimizationengineering failure analysisdiagonal tension failurestructural safetycivil engineeringstructural performancestructural mechanics

Early-Age Cracking Behavior of Concrete Slabs With Gfrp Reinforcement. Materials (2023)

Hossein RoghaniAntonio NanniJohn E. Bolander

materials scienceengineeringstructural engineeringmaterials engineeringgfrp reinforcementconcrete slabscivil engineeringconcrete technologystructural mechanics

Investigation of High Strain Rate Effects on Strain-Hardening Cementitious Composites Using Voronoi-Cell Lattice Models. Cement and Concrete Composites (2023)

Ji Woon ParkBonhwi ChooJohn E. BolanderYun Mook Lim

composite materialsmaterials sciencecomposite sciencestructural engineeringmaterials engineeringmechanical engineeringcivil engineeringconcrete technologystrain-hardening cementitious compositesvoronoi-cell lattice modelshigh strain rate

Optimization of Fly Ash-Based Polyethylene Fiber-Reinforced Engineered Cement-Free Composites With Low-Density and Ultra-Ductility Using Taguchi Robust Design Method. Journal of Building Engineering (2023)

Phương Hoàng NguyễnHuy Hoàng NguyễnQuang-Hiếu LươngJohn E. BolanderBang Yeon Lee

construction materialsmechanical engineeringconcrete technologystructural engineeringbuilding engineeringengineering optimizationcomposite constructionfiber-reinforced compositesmaterials scienceenvironmental engineeringcement-free compositesreliability engineeringconstruction engineeringdesign optimizationmaterials engineeringstructural optimizationfly ashsustainable constructionbuilding technology

Rate-Dependent Lattice Modeling of Textile Reinforced Cementitious Composites Under Tensile Loading. Construction and Building Materials (2023)

Ji Woon ParkBonhwi ChooJohn E. BolanderYun Mook Lim

materials scienceengineeringcementitious compositesstructural engineeringmaterials engineeringbuilding technologybuilding engineeringconstruction materialsmechanical engineeringconstruction technologyrate-dependent lattice modelingtensile loadingconstruction engineeringcomposite construction

Rate-Dependent Lattice Modeling of Textile Reinforced Concrete Under Tensile Loading. Social Science Research Network (2023)

Ji Woon ParkBonhwi ChooJohn E. BolanderYun Mook Lim

materials sciencematerial simulationfiber reinforcement3d printingstructural engineeringmaterials engineeringsolid mechanicsrate-dependent lattice modelingmaterial modelingmechanical engineeringtensile loadingsocial science researchsocial sciencesconcrete technologystructural mechanicsapplied social science

Reproducible Estimations of Internal Corrosion Distribution From Surface Cracks Using Mpc-Rbsm. Engineering Fracture Mechanics (2023)

Suhas S. JoshiVikas Singh KuntalJohn E. BolanderKohei Nagai

materials sciencesurface cracksengineeringinternal corrosion distributionstructural engineeringmaterials engineeringreproducible estimationscivil engineeringcorrosionstructural mechanics

Rigid‐Body‐Spring Network Model for Failure Simulation of Reinforced‐Concrete Members Under Various Loading Rates. International Journal for Numerical and Analytical Methods in Geomechanics (2023)

Bonhwi ChooYoung Kwang HwangJohn E. BolanderYun Mook Lim

numerical simulationsengineeringreinforced-concrete membersrigid-body-spring network modelmechanical engineeringfailure simulationcomputational mechanicsapplied mathematicsmodeling and simulationnumerical analysisgeomechanics

3D Mesoscale Simulation of the Influence of Corrosion on Loss of Tension Stiffening in Reinforced Concrete. Construction and Building Materials (2022)

Kumar AvadhPunyawut JiradilokJohn E. BolanderKohei Nagai

materials sciencestructural engineeringbuilding technologybuilding engineeringconstruction technologymechanical engineeringreinforced concretemesoscale simulationcorrosioncivil engineeringconcrete technologyconstruction engineering

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John Bolander

Professor

University of California, Davis

Affiliations

College of Engineering

Civil and Environmental Engineering

Structural Engineering and Structural Mechanics

John Bolander is currently serving as a Civil And Environmental Engineering Professor 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

John Bolander

University of California, Davis

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Discrete Modeling of Elastic Heterogeneous Media. Mechanics Research Communications (2024)

Q. ZhangJ. EliášK. NagaiJ.E. Bolander

materials scienceengineeringelastic heterogeneous mediamechanical engineeringmechanicsdiscrete modeling

Optimization-Based Analysis of Diagonal Tension Failure of Reinforced Concrete Dapped-End Beams. Journal of Structural Engineering (2024)

Takeru KanazawaKohei NagaiJohn E. Bolander

Early-Age Cracking Behavior of Concrete Slabs With Gfrp Reinforcement. Materials (2023)

Hossein RoghaniAntonio NanniJohn E. Bolander

materials scienceengineeringstructural engineeringmaterials engineeringgfrp reinforcementconcrete slabscivil engineeringconcrete technologystructural mechanics

Investigation of High Strain Rate Effects on Strain-Hardening Cementitious Composites Using Voronoi-Cell Lattice Models. Cement and Concrete Composites (2023)

Ji Woon ParkBonhwi ChooJohn E. BolanderYun Mook Lim

Phương Hoàng NguyễnHuy Hoàng NguyễnQuang-Hiếu LươngJohn E. BolanderBang Yeon Lee

Rate-Dependent Lattice Modeling of Textile Reinforced Cementitious Composites Under Tensile Loading. Construction and Building Materials (2023)

Ji Woon ParkBonhwi ChooJohn E. BolanderYun Mook Lim

Rate-Dependent Lattice Modeling of Textile Reinforced Concrete Under Tensile Loading. Social Science Research Network (2023)

Ji Woon ParkBonhwi ChooJohn E. BolanderYun Mook Lim

Reproducible Estimations of Internal Corrosion Distribution From Surface Cracks Using Mpc-Rbsm. Engineering Fracture Mechanics (2023)

Suhas S. JoshiVikas Singh KuntalJohn E. BolanderKohei Nagai

materials sciencesurface cracksengineeringinternal corrosion distributionstructural engineeringmaterials engineeringreproducible estimationscivil engineeringcorrosionstructural mechanics

Bonhwi ChooYoung Kwang HwangJohn E. BolanderYun Mook Lim

3D Mesoscale Simulation of the Influence of Corrosion on Loss of Tension Stiffening in Reinforced Concrete. Construction and Building Materials (2022)

Kumar AvadhPunyawut JiradilokJohn E. BolanderKohei Nagai

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Similar Faculty Members

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Institution

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earthquake engineering

applied mechanics

Kay Wille

Institution

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ultra-high-performance concrete

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Issam Harik

Institution

University of Kentucky

civil engineering

engineering

Lesley Sneed

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construction engineering

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composite material

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Texas A&M University

materials science

engineering

Khalid M. Mosalam

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Vistasp M. Karbhari

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composite material

infrastructure rehabilitation

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smart material systems

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engineering

nondestructive testing