Sentence examples for water behaviour from inspiring English sources

Water behaviour was modelled by a double porosity medium approach.

This approach allows mixed scale representations and incremental improvements to modelled water behaviour without changing the underlying structure of the system.

Successful and rapid identification of RMLs greatly reduced the number of observations needed to characterize the average soil water behaviour of a field.

The evaluation of Wasim using pre-drainage test data (Mundlana, Haryana, India) revealed that, when used in conjunction with WaSimET, it has a potential to predict the ground water behaviour under non-drained situations.

Nowadays, the technical tools available in the field of land and urban planning offer a much easier access to the knowledge of current condition and changes from soil characters to water behaviour and wind strength and direction, to the conditions of surface infrastructure, services, and dwelling or service buildings.

This investigation focuses on the study of water behaviour inside the product to be dewatered in the particular case of a tunnel drier, and on the evolution of water content during the whole process starting from evaporation and ending with evacuation of the humid air.

The adaptations themselves are many and varied and include those of physiology (e.g., osmoregulatory abilities), structure (e.g., flattened bodies of fauna living in running waters), behaviour (e.g., burrowing to avoid dehydration), and ecology (e.g., development of life cycles that accord with the occurrence of seasonally unfavourable conditions).

While air-water data can be scaled to reasonably predict dilbit-water behaviour, it cannot be used to determine the trapped amount.

The model describes two principal processes: (a) water quality behaviour and (b) hydrodynamic behaviour.

The water-seeking behaviour (so-called water drive) of adult amphibians often observed prior to breeding in ponds is also controlled by prolactin.

An agent based model, the Urban Water Agents' Behaviour, is developed to simulate the domestic water users' behaviour in response to water demand management measures and is then coupled to the Urban Water Optioneering Tool to calculate the evolution of domestic water demand by simulating the use of water appliances.