Professor
Prof. D N Singh
Areas Of Expertise
- Soil exploration and characterization (field and laboratory testing)
- Soil contamination
- Geotechnical engineering
- Foundation analysis and design
- Soil improvement techniques
- Solid waste utilization
- Stability analysis
- Distribution coefficient
- Soil sample analysis
- Slag based cement matrix
- Ion exchange resins
- Soil Samples
- Undrained shear strength
- Field vane shear equipment
- Soft Clays
- Road development
- Solid waste
- Earthern dam
- Geotechnical engineering
- Thermal resistivity
- Concret cores
- Electrical resistivity
- Slope Stability Analysis
- Rock cores
- Thermal conductivity
- Characterization
- compaction
- Consolidation
- Lagoon ash
- Miniature compactor
- Permeability
- Zeolites
- Centrifuge modelling
- Consolidation tests
- Falling-head tests
- Hydraulic conductivity
- Scale factor
- Silty soil
- Chemical composition
- Geotechnical characteristics
- Mineralogy
- Physical properties
- Zeolitization
- Centrifuge modeling
- Saturated soil
- Unsaturated soil
- Black cotton soil
- Electrical resistivity
- Generalised relationship
- Silty sand
- Thermal resistivity
- Centrifuge tests
- Marine clay
- Ashes
- Coal
- Dry density
- Moisture content
- Thermal resistance
- Centrifuge testing
- Heavy metal retention and removal
- Chemical characteristics
- Mineralogical characteristics
- Physical characteristics
- Clay
- Fly ash
- Gravel
- Sand
- Silt
- Thermal probes
- Resistivity box
- Resistivity probe
- White clay
- Clays
- Measurement
- Silts
- Estimation
- Fine-grained soils
- Suction
- Unsaturated hydraulic conductivity
- Contaminant transport
- Diffusion
- Monitoring
- Peclet number
- Reynolds number
- Aspect ratio
- Cenospheres
- Crushing strength
- Pycnometer
- Specific gravity
- Archie’
- s law
- Bulk conductivity
- Pore-solution conductivity
- Soil
- Volumetric moisture
- Silty soils
- Soil water
- Soul suction
- Modeling of models
- Rock mass
- Insertion tensiometer
- Laboratory investigations
- Dewpoint potentiameter
- Matric suction
- Osmotic suction
- Pressure membrane extractor
- Soil suction
- Soil-water characteristic curve (SWCC)
- Soil-water characteristic curve
- Correlations
- Hygroscopic moisture content
- Relative humidity
- Soils
- Centrifuge
- Experimental verification
- Hydraulic gradient
- In-flight test
- Liquefaction
- Geotechnical centrifuge
- Modeling
- Specific heat
- Thermal diffusivity
- Dewpoint potentiameter
- Pedo-transfer function
- Chalk
- Fractured rock mass
- Granite
- waste disposal
- Cementing materials
- Thermal properties
- Thermal property detector
- Electrical conductivity
- Equivalent electrical circuit
- Flow of AC
- Impedance spectroscopy
- Coarse-grained soils
- Dielectric dispersion
- Glass-beads
- Indirect determination
- Lime reactivity
- Pozzolana
- Pozzolanic activity
- Granular material
- Mathematical model
- Particle-size
- Bender elements
- Generalized relations
- Resonant column
- Shear wave velocity
- Accelerated tests
- Electric field
- Intact rock mass
- Dew point potentiometer
- Field tensiometer
- Soilvision
- Electrostatic precipitator (ESP)
- Flue gas conditioning (FGC)
- Pollution control devices
- Suspended particulate matter (SPM)
- Ash characterization
- Flue gas conditioning
- Power station
- Suspended particulate matter
- Hazardous waste
- Artificial neural network
- Empirical relationships
- Diffusion characteristics
- Impedance measurements
- BET technique
- EGME method
- Fine-grained soil
- Gas pycnometer
- MB dye method
- Mercury intrusion porosimetry
- Specific-surface area
- Compressive strength
- Helium gas pycnometry
- Pore volume
- Solid volume
- Fly ash
- Suspended particulate matter
- Dual flue gas conditioning
- Ash characterization
- Electrostatic precipitation
- Particulate matter
- Efficiency
- Resistivity
- Cyclone
- Dual flue gas conditioning
- Fine-grained soils
- Tensile strength
- Triaxial tests
- Suction measurements
- Clays
- Shear wave velocity
- Granular materials
- Bender elements
- Laboratory investigations
- Grain morphology
- In-situ state
- Bender elements
- Steady-state
- Undrained strength
- Loading history
- Particle-shape
- Flow failure
- Silty sand
- Liquefaction
- Stiffness
- Artificial Neural Networks
- Lysimetric studies
- Site characterization
- Soil hydraulic conductivity
- Suction measurements
- Tensile strength
- Triaxial tests
- Grain morphology
- Granular materials
- Diffusion co-efficient
- Radioactive waste
- Volumetric water content
- Soil fabric
- Electrical conductivity
- Fabric anisotropy
- Pore-size distribution
- Water content
- Clay
- Strength
- Consolidation
- Conductivity
- STRESS
- Image-analysis
- Power-plant
- Hydrometer
- Emissions
- Lagoon
- India
- Electrical measurements
- SWCC
- Hydraulic conductivity
- Centrifuge
- Compression index
- Soft Clays
- Undrained shear strength
- Void ratio
- Clogging
- Coal-fired powerplants
- Comparative studies
- Concrete
- Particle interactions
- Particle-size distribution
- Size effect
- Fabric anisotropy
- Soil fabric
- Membranes
- Benders
- Compression wave
- Extenders
- Piezo-ceramic elements
- Shear wave
- Soil mass characterization
- Generalized relationships
- Method and System for Soil Classification
- A Methodology to Determine Thermal Conductivity of Soils from Flux Measurement
- Synthesis of Higher Grade Fly Ash Zeolite X from Fly Ash by Three Step Fusion
- An apparatus to determine the lysimetric method for modelling radioactive contaminant transport in soil mass
- Cracking Characteristics of Fine-grained Soils Under Varied Environmental Conditions
- Influence of Initial Water Content and Specimen Thickness on the SWCC of Fine-grained Soils
- A methodology to Simulate Flow through Fractured Rockmass
- A Methodology to Investigate Influence of Thermal Energy on Soil fabric
- A Methodology to Establish Drying-path Soil Water REtention Curve of Fine-grained Soils
- Apparatus and method for establishing soil water charactersitc curve and determining hydraulic conductivity of soils
- Determination of Crack VOlume in Fine-grained Soils
- A Methodology to Establish Zeolitization Potential of Fly Ash