A Plume Management Model

A Stochastic Optimization Model for Groundwater Management

A Stochastic Optimization Model for Groundwater Management

A Stochastic Model for Water Resources Management

Irrigation water management is crucial for agricultural production and livelihood security in many regions and countries throughout the world. Over the past decades, controversial and conflictladen water-allocation issues among competing municipal, industrial and agricultural interests have raised increasing concerns. Particularly, growing population, varying natural conditions and shrinking wa...

Hot Towers Formation – a Simple Plume Rise Model

Hurricane intensification has been studied by scientists for decades and one phenomenon that appears to always accompany the intensification is the presence of hot towers of cumulous clouds that stretches to 15 km high, touching the top of the troposphere (Figure 1a &b). The hypothesis of Hot towers was first proposed in 1958 by Riehl and Malkus (Anthes, 1999), who wrote in conclusion from thei...

Integral Model of a Multiphase Plume in Quiescent Stratification

The writers present a one-dimensional integral model to describe multiphase plumes discharged to quiescent stratified receiving waters. The model includes an empirical submodel for detrainment, and the capability to include dispersed phase dissolution. Model equations are formulated by conservation of mass, momentum, heat, dissolved species concentration, and salinity, and allow the tracking of...