Following recent applications of numerical modelling and remote sensing to the thermal bar
phenomenon, this paper seeks to review the current state of knowledge on the effect of its …

The spring riverine thermal bar phenomenon is investigated numerically on an example of
Lake Baikal, and the spread of pollutants coming from the Selenga River is forecast using …

The slo** boundaries of stratified aquatic systems, such as lakes, are crucial
environmental dynamic zones. While the role of slo** boundaries as energy dissipation …

Processes associated with the presence of slo** lake boundaries are reviewed. Some are
hypothetical, yet to be positively identified by field observations. Few are fully documented or …

A numerical study of the steady buoyancy-induced flow and heat transfer in a trapezoidal
cavity filled with a porous medium saturated with cold water at a temperature around 4° C …

A numerical model based on a Finite Volume formulation of the Navier–Stokes equations is
used to simulate a range of scenarios leading to a thermal bar formed by a river inflow to an …

Résumé Die physische Seenkunde studiert die Wassereigenschaften der Seen, Teiche und
Sümpfe. Es handelt sich um die Temperatur, um das spezifisches Gewicht, um den …

The autumnal riverine thermal bar of Kamloops Lake has been simulated using atmospheric
data from December 1, 2015, to January 4, 2016. The nonhydrostatic 2.5 D mathematical …

The thermal bar, a descending plane plume of fluid at the temperature of maximum density
(3.98° C in water), is analysed as a laminar free-convection boundary layer, following the …

The thermal bar phenomenon is modelled numerically by the natural convection of a fluid
contained in a two-dimensional triangular domain. The non-rotating case considered here is …