International Master Program on Natural Hazards Mitigation and Management

Fingerprint Dive into the research topics where International Master Program on Natural Hazards Mitigation and Management is active. These topic labels come from the works of this organisation's members. Together they form a unique fingerprint.

Earth & Environmental Sciences

acoustic wave
acoustics
air
aquifer
atmospheric pressure
Biot theory
boundary condition
capillary pressure
compressibility
consolidation
cyclic loading
dissipation
drag
drainage
dynamic response
effect
effective stress
elastic wave
elasticity
erosion
fluid
fluid flow
fluid pressure
gravity
groundwater
half space
Helmholtz equation
hydraulics
hydrology
hysteresis
imbibition
immiscible fluid
Laplace transform
modeling
momentum
parameter
permeability
phase velocity
pore pressure
porewater
poroelasticity
porous medium
precipitation intensity
rainfall
Rayleigh wave
refraction
reinforcement
retirement
root system
S-wave
sand
sandy loam
saturated medium
saturation
sediment transport
sensitivity analysis
shear strength
simulation
soil
soil depth
soil drainage
soil texture
trichloroethylene
two phase flow
unsaturated medium
water
water content
water retention
wave attenuation
wave equation
wave propagation

Engineering & Materials Science

Acoustic wave propagation
Acoustic waves
Acoustics
Boundary conditions
Clay
Consolidation
Drainage
Drought
Erosion
Fluids
Helmholtz equation
Hydraulics
Partial differential equations
Porous materials
Rayleigh waves
Rivers
Sand
Sediment transport
Sediments
Shear strength
Silt
Soils
Subsidence
Textures
Vibrations (mechanical)
Water
Water content
Wave equations
Wave propagation

Agriculture & Biology

acoustics
air
case studies
clay
drainage
drainage water
drought
porous media
rain
rain intensity
root systems
sand
shear strength
shear stress
shears
silt
soil
soil texture
strength (mechanics)
subsidence
Taiwan
testing
unsaturated conditions
vibration
water
water content
water table