Faculty

Institution

Unit

Venue

U. D. Patil

University of Guam

Affiliations

Micronesian Area Research Center (MARC)

University of Guam

NoneU. D. Patil is currently serving as a Micronesian Area Research Center (Marc) faculty at University of Guam.

Honors

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Experiences

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Education

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U. D. Patil

University of Guam

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geotechnical engineering materials science engineering soil engineering geomechanics geomorphology environmental engineering soil compacted silty sand applied physics soil science soil dynamics engineering geology hydrological process rock slope solid mechanics geoenvironmental engineering hydrometeorology landslides soil modeling hillslope process resilience mechanics of materials thermal engineering soil technology geotechnical property applied geomorphology soil compaction suction-controlled triaxial testing structural mechanics continuum modeling vegetation science extreme weather stability analysis strength property resilient modulus suction-controlled axisymmetric shearing silty sand mechanical science soil biology sustainable development biopolymers applied ecology ecohydrology vadose zone earth system science climatic change road traffic safety traffic engineering transportation research traffic medicine 3d modeling material simulation soil properties soil erosion soil degradation geotechnical problem soil mechanics climate variability regional climate response thermal modeling numerical method for partial differential equation offshore geotechnics fragmentation effect structural plasticity hazardous obstructions uav-crp technology tropical soil biopolymer-reinforced soil sustainable slope stabilization high suction vapor pressure control expansive soils tropical hill slope suction states a wider range

Notable Scholarly Works

Notable Federal Grants

Collaborators

Explainable AI (Xai) for Landslide Susceptibility Modeling: A Comparative Analysis of Machine Learning and Deep Learning Approaches. Earth Systems and Environment (2026)

explainable aipredictive analyticsintelligent computingdata sciencegeographyartificial intelligenceai foundationsoft computinglandslide susceptibility modelingrock slidelandslidescomputational intelligencemachine learning researchnumerical modeling (geology)natural hazardsmachine learninginterpretabilitydeep learningneural network (machine learning)

Integrating Tabnet and Shap for Interpretable Landslide Susceptibility Modeling in Minnesota. (2026)

rock slopenatural disastersdisaster preventiondisaster risk sciencenatural hazard assessmentquantitative geomorphologygeographygeological hazardsengineering geologygeomorphologyearth sciencerock slidelandslidesdisastersnumerical modeling (geology)environmental modellinggeographical information sciencenatural hazardsflood risk management

Performance Assessment of Statistical and Deep Learning Models for Predicting Chloride Trends in Island Groundwater Systems Influenced by Saltwater Intrusion and Sea Level Rise. Research Square (2026)

saltwater intrusionhydrological processmachine learning researchgroundwatermachine learning modelsdeep learning modelschloride trendsdata scienceearth sciencehydrologyhydrological modelinghydrogeologyhydroinformatics

Lime Stabilization of Sulfate-Rich Soil Using Quarry Fines as a Sustainable Co-Admixture. Lecture notes in civil engineering (2025)

biogeochemistryenvironmental engineeringenvironmental remediationsoil chemistrysustainable co-admixturelime stabilizationsoil contaminationsoil pollutionenvironmental scienceclay scienceenvironmental degradationapplied geochemistrysoil

Probabilistic Slope Stability Assessment of Tropical Hillslopes in Southern Guam Under Typhoon-Induced Infiltration. Geosciences (2025)

rock slopehydrological processnatural disastersstorm surgegeographystormwatergeological hazardstyphoon-induced infiltrationgeomorphologyearth sciencetropical hillslopesrock slidelandslidesnumerical modeling (geology)hillslope processnatural hazardssouthern guamsediment transportflood risk managementhydrology

Slope Stability Analysis and Risk Assessment for Transportation Infrastructure Using Gis and Simulation. (2025)

transport geographyinfrastructure engineeringtransportation engineeringrisk assessmentcivil engineeringslope stability analysisgeographic information systemsgeographytransport infrastructureurban infrastructurerock slide

The Resilience of Vetiver-Vegetated Tropical Hillslopes to Heavy Precipitation Events Caused by Successive Typhoon. Geotechnical and Geological Engineering (2025)

extreme weatherresiliencehydrometeorologynatural disastersnatural hazardsgeomorphologyheavy precipitation eventsweather modificationearth sciencegeographyvetiver-vegetated tropical hillslopessuccessive typhoonweather disasterenvironmental sciencestormwater

Characterization of Vetiver Root Cohesion for Improvement in Stability of Tropical Hill Slopes. Geo-Congress 2019 (2024)

Ujwalkumar D. PatilMyeong-Ho YeoThuy NguyenAritra BanerjeeSurya Sarat Chandra Congress

botanyhillslope processplant scienceearth sciencematerials sciencestabilityforestrytropical hill slopesenvironmental scienceroot morphologyvegetation sciencevetiver root cohesion

Contribution of Vetiver Grass Towards Slope Stability via Mechanical Root Reinforcement. Lecture notes in civil engineering (2024)

civil engineeringgeotechnical engineeringroot-soil interactionssoil dynamicsroot systemssoil

Impact of Biopolymers on Slope Stability of an Embankment in Steady and Transient States. IFCEE 2018 (2024)

Debayan GhoshAritra BanerjeeSayantan ChakrabortyUjwalkumar D. Patil

transient statesslope stabilitymechanical engineering

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U. D. Patil

University of Guam

Affiliations

Micronesian Area Research Center (MARC)

University of Guam

NoneU. D. Patil is currently serving as a Micronesian Area Research Center (Marc) faculty at University of Guam.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

U. D. Patil

University of Guam

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Explainable AI (Xai) for Landslide Susceptibility Modeling: A Comparative Analysis of Machine Learning and Deep Learning Approaches. Earth Systems and Environment (2026)

Integrating Tabnet and Shap for Interpretable Landslide Susceptibility Modeling in Minnesota. (2026)

Lime Stabilization of Sulfate-Rich Soil Using Quarry Fines as a Sustainable Co-Admixture. Lecture notes in civil engineering (2025)

Probabilistic Slope Stability Assessment of Tropical Hillslopes in Southern Guam Under Typhoon-Induced Infiltration. Geosciences (2025)

Slope Stability Analysis and Risk Assessment for Transportation Infrastructure Using Gis and Simulation. (2025)

The Resilience of Vetiver-Vegetated Tropical Hillslopes to Heavy Precipitation Events Caused by Successive Typhoon. Geotechnical and Geological Engineering (2025)

Characterization of Vetiver Root Cohesion for Improvement in Stability of Tropical Hill Slopes. Geo-Congress 2019 (2024)

Ujwalkumar D. PatilMyeong-Ho YeoThuy NguyenAritra BanerjeeSurya Sarat Chandra Congress

botanyhillslope processplant scienceearth sciencematerials sciencestabilityforestrytropical hill slopesenvironmental scienceroot morphologyvegetation sciencevetiver root cohesion

Contribution of Vetiver Grass Towards Slope Stability via Mechanical Root Reinforcement. Lecture notes in civil engineering (2024)

civil engineeringgeotechnical engineeringroot-soil interactionssoil dynamicsroot systemssoil

Impact of Biopolymers on Slope Stability of an Embankment in Steady and Transient States. IFCEE 2018 (2024)

Debayan GhoshAritra BanerjeeSayantan ChakrabortyUjwalkumar D. Patil

transient statesslope stabilitymechanical engineering

1
2
3
4
5
6
10 / page