Add to ORKGNumerical modeling of geophysical granular flows: 2. Computer simulations of plinian clouds and pyroclasti
A numerical model designed for three-dimensional process studies of rotating, stratified flows is de...
In this project, a comprehensive theoretical, computational and experimental study directed toward p...
The behaviour of dry and wet volcanic granular flows is one of the main research topics in present d...
Geophysical granular flows display complex nonlinear, nonuniform, and unsteady rheologies, depending...
Geophysical granular materials display a wide variety of behaviors and features. Typically, granular...
A granular multiphase model has been used to evaluate the action of differently sized particles on t...
The gravitational granular flows (e.g. debris flows or snow avalanches) are catastrophic and destruc...
Since life-threatening natural phenomena, such as, snow avalanches and lava flows, and many industri...
computer simulations of granular flow, one widely used technique is classical soft-sphere Molecula
A granular multiphase model has been used to evaluate the action of differently sized particles on t...
We present a method of simulating both the avalanche and surge components of pyroclastic flows gener...
Geophysical flows, like debris flows, mud flows, or turbidity currents, can have a great impact on t...
engineering bookfair2015Includes bibliographical references (p. 463-482) and index.xxi, 490 pages :T...
This paper presents a two-dimensional model for dilute pyroclastics flow dynamics that uses the comp...
This chapter summarizes the principal experimental and theoretical approaches used to investigate th...
A numerical model designed for three-dimensional process studies of rotating, stratified flows is de...
In this project, a comprehensive theoretical, computational and experimental study directed toward p...
The behaviour of dry and wet volcanic granular flows is one of the main research topics in present d...
Geophysical granular flows display complex nonlinear, nonuniform, and unsteady rheologies, depending...
Geophysical granular materials display a wide variety of behaviors and features. Typically, granular...
A granular multiphase model has been used to evaluate the action of differently sized particles on t...
The gravitational granular flows (e.g. debris flows or snow avalanches) are catastrophic and destruc...
Since life-threatening natural phenomena, such as, snow avalanches and lava flows, and many industri...
computer simulations of granular flow, one widely used technique is classical soft-sphere Molecula
A granular multiphase model has been used to evaluate the action of differently sized particles on t...
We present a method of simulating both the avalanche and surge components of pyroclastic flows gener...
Geophysical flows, like debris flows, mud flows, or turbidity currents, can have a great impact on t...
engineering bookfair2015Includes bibliographical references (p. 463-482) and index.xxi, 490 pages :T...
This paper presents a two-dimensional model for dilute pyroclastics flow dynamics that uses the comp...
This chapter summarizes the principal experimental and theoretical approaches used to investigate th...
A numerical model designed for three-dimensional process studies of rotating, stratified flows is de...
In this project, a comprehensive theoretical, computational and experimental study directed toward p...
The behaviour of dry and wet volcanic granular flows is one of the main research topics in present d...