Sentence examples for modelling of phenomena from inspiring English sources

Especially for the modelling of phenomena associated with large deformations, free surfaces, deformable boundaries, moving interfaces, and crack propagation the use of meshes can lead to numerical difficulties and distortions (Huang and Dai 2014).

This paper addresses the problems of mathematical modelling and analytical/computational modelling of phenomena for the needs of the diagnosis and detection of diagnostic information regarding the passive magnetic method.

Depending on the nature of the target, such models are either models of phenomena or models of data.

The chapter discusses two examples of approximations in the modeling of phenomena.

This computation requires knowledge about the emitter's transmission power, the usage of an accurate propagation model, and a statistical model of phenomena such as background noise [22].

The main references on fractional calculus also point out the power and usefulness of this topic to the modeling of phenomena in a wide range of scientific fields.

Integer-order impulsive differential equations have become important in recent years as mathematical models of phenomena in both physical and social sciences.

On the other hand, impulsive differential equations have become important in recent years as mathematical models of phenomena in both the physical and the social sciences.

Modeling of phenomena based on conventional mathematical tools (e.g., differential equations) is not appropriate for dealing with ill-defined and uncertain problems.

On the other hand, integer order impulsive differential equations have become important in recent years as mathematical models of phenomena in both the physical and social sciences.

On the other hand, integer order impulsive differential equations have become important in recent years as mathematical models of phenomena in both the physical and the social sciences.