Faculty

Institution

Unit

Venue

Wing Shun Kwan

California State University, Los Angeles

Affiliations

California State University, Los Angeles

Center for Environmental Analysis

College of Engineering, Computer Science, and Technology

Department Of Civil Engineering

NoneWing Shun Kwan is currently serving as a California State University, Los Angeles faculty at California State University, Los Angeles.

Honors

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Experiences

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Education

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Wing Shun Kwan

California State University, Los Angeles

You can click a keyword to filter the displayed items

geotechnical engineering civil engineering engineering geomechanics engineering geology soil dynamics soil mechanics geotechnical problem materials science mechanical engineering geoenvironmental engineering geotechnical property earthquake engineering waste management construction materials clay science sedimentation microplastics soil-structure interaction soil engineering microplastic contamination fluid dynamics measurement mechanical testing instrumentation structural testing reliability physics electrical insulation hydraulic research sediment research marine pollution landslides earthquake spectrum mineral engineering mineral processing numerical simulations electrical properties resistor specific resistance soil structure plastic pollution ground motions shear zones soil characterization mineral-fluid interaction authigenic mineral formation recycling technologies zero waste geothermal energy hydrothermal fluids soil contamination clay minerals construction technology underground construction experimental database transient loadings css device wire-reinforced membranes dry sand shear strength simple shear tests cyclic resistance pore pressure generation electrical resistivity measurements dense sand post-liquefaction behavior sand liquefaction initiation marine monopiles from earthquake engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Strain-Dependent Effects of Microplastic Contamination on the Strength and Modulus of Kaolin Clay. (2026)

geotechnical engineeringclay sciencegeoenvironmental engineeringenvironmental materialssoil contaminationmicroplastic contaminationenvironmental remediationcivil engineeringstrain-dependent effectskaolin clayenvironmental engineeringmicroplasticsclay minerals

Bi-Directional Cyclic Shear Testing of Soils: From Earthquake Engineering to Marine Monopiles. (2025)

geotechnical engineeringearth scienceseismologygeomechanicsgeotechnical propertysoil-structure interactionearthquake engineeringgeotechnical problemcivil engineeringearthquake spectrumshear zoneslandslidesground motionsmarine monopilesengineering geologyfrom earthquake engineeringsoil dynamics

Comparison of Dynamic Properties Between Treated and Untreated Bauxite Residue. (2025)

granular materialschemical engineeringceramicsmineral processingauthigenic mineral formationmineral engineeringuntreated bauxite residuematerials sciencemineral-fluid interaction

Influence of Microplastic Contamination on Sand Liquefaction Initiation and Post-Liquefaction Behavior. (2025)

sand liquefaction initiationsediment transportsedimentologysedimentationmicroplastic contaminationmarine pollutionpost-liquefaction behaviorsediment researchcivil engineeringenvironmental engineeringmicroplasticsplastic pollution

Innovative Management of Construction Waste in Hong Kong. AIJR Proceedings (2025)

waste managementconstruction engineeringinnovative managementconstruction managementenvironmental engineeringzero waste

Laboratory Investigations Into the Effects of Heating on Clay’s Mechanical and Hydraulic Changes Using Geophysical Methods. (2025)

geotechnical engineeringclay scienceclay ’earth sciencegeothermal energygeomechanicshydrothermal fluidscivil engineeringengineering geologylaboratory investigations

Numerical Simulations of Sand Elements Based on Constant-Volume Versus True-Undrained Data From Cyclic Direct Simple Shear Tests. (2025)

geotechnical engineeringnumerical modeling (geology)granular materialsnumerical simulationssoil mechanicsgeomechanicsengineeringsoil-structure interactionsand elementsmechanical engineeringgeotechnical problemengineering geologysoil dynamics

Partially Drained Responses of Dense Sand Under Monotonic Simple Shear. (2025)

geotechnical engineeringgeoenvironmental engineeringgranular materialsearth sciencesedimentationhydraulic researchsoil mechanicsgeomechanicscivil engineeringdense sandsoil structuresoil dynamics

Implementation of Two-Phase Flow Models for Recycled Materials in Embankments. MATEC Web of Conferences (2021)

waste managementsediment transportsoil mechanicsrecycled materialsengineeringcivil engineeringrecycling technologiessoil engineeringconstruction materialsrecycling

Combining Shear Wave Velocity and Electrical Resistivity for Improving Predictions of Soil Strength Properties. Proceedings of the 7th International Symposium on Geotechnical Safety and Risk (ISGSR 2019) (2019)

geotechnical engineeringelectrical resistivitysoil mechanicsgeomechanicsengineeringgeotechnical propertygeotechnical problemcivil engineeringsoil characterizationshear wave velocitysoil strength propertiesengineering geologysoilsoil dynamics

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Wing Shun Kwan

California State University, Los Angeles

Affiliations

California State University, Los Angeles

Center for Environmental Analysis

College of Engineering, Computer Science, and Technology

Department Of Civil Engineering

NoneWing Shun Kwan is currently serving as a California State University, Los Angeles faculty at California State University, Los Angeles.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Wing Shun Kwan

California State University, Los Angeles

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Strain-Dependent Effects of Microplastic Contamination on the Strength and Modulus of Kaolin Clay. (2026)

Bi-Directional Cyclic Shear Testing of Soils: From Earthquake Engineering to Marine Monopiles. (2025)

Comparison of Dynamic Properties Between Treated and Untreated Bauxite Residue. (2025)

granular materialschemical engineeringceramicsmineral processingauthigenic mineral formationmineral engineeringuntreated bauxite residuematerials sciencemineral-fluid interaction

Influence of Microplastic Contamination on Sand Liquefaction Initiation and Post-Liquefaction Behavior. (2025)

Innovative Management of Construction Waste in Hong Kong. AIJR Proceedings (2025)

waste managementconstruction engineeringinnovative managementconstruction managementenvironmental engineeringzero waste

Laboratory Investigations Into the Effects of Heating on Clay’s Mechanical and Hydraulic Changes Using Geophysical Methods. (2025)

geotechnical engineeringclay scienceclay ’earth sciencegeothermal energygeomechanicshydrothermal fluidscivil engineeringengineering geologylaboratory investigations

Numerical Simulations of Sand Elements Based on Constant-Volume Versus True-Undrained Data From Cyclic Direct Simple Shear Tests. (2025)

Partially Drained Responses of Dense Sand Under Monotonic Simple Shear. (2025)

geotechnical engineeringgeoenvironmental engineeringgranular materialsearth sciencesedimentationhydraulic researchsoil mechanicsgeomechanicscivil engineeringdense sandsoil structuresoil dynamics

Implementation of Two-Phase Flow Models for Recycled Materials in Embankments. MATEC Web of Conferences (2021)

waste managementsediment transportsoil mechanicsrecycled materialsengineeringcivil engineeringrecycling technologiessoil engineeringconstruction materialsrecycling

1
2
10 / page