Hyperbolic and Kinetic Models for Self-organised Biological Aggregations: A Modelling and Pattern Formation Approach (Lecture Notes in Mathematics, 2232)
Hyperbolic and Kinetic Models for Self-organised Biological Aggregations presents a mathematical modelling and pattern formation approach to collective biological organisation. Raluca Eftimie examines hyperbolic and kinetic frameworks within the broader context of mathematical biology, offering a specialised reference for readers studying biological aggregation and emergent patterns.
About This Book
This volume examines mathematical models of self-organised biological aggregations.
It focuses on hyperbolic and kinetic modelling approaches for studying collective biological behaviour.
Pattern formation provides a central theme, connecting model construction with the emergence of organised structures.
Published in the Lecture Notes in Mathematics series, the book is intended for readers interested in mathematical biology and applied modelling.
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