Hydrodynamics is the branch of science which deals with the forces acting on or exerted by fluids. This book demonstrates the engineering techniques of hydrodynamics resulting from incredible improvements in scientific research across several countries around the globe. A vast number of topics have been presented in this book, comprising of theoretical, experimental and numerical investigations on several subjects related to hydrodynamic challenges. The book intends to be a useful reference for readers engaged in this area.

In-depth information about the concepts of hydrodynamics and natural water sources has been described in this all-inclusive book. Information regarding the properties of fluids and their capability to transport materials and physical features is extremely significant. The quantification of the activity of fluids is a complicated task. This complexity is demonstrated primarily when natural flows occurring in large scales (rivers, lakes, oceans) are considered. This book discusses various features of flows in natural water bodies, like the evolution of plumes, the transport of sediments,...

The phenomena associated with the flow of fluids are usually complex, and tough to quantify. Novel approaches - considering points of view still not investigated - may present useful devices in the study of Hydrodynamics and the associated transport phenomenon. The specifications of the flows and the characteristics of the fluids must be studied on a small scale. Subsequently, novel concepts and devices are devised to better explain the fluids and their characteristics. This book provides conclusions about advanced issues of calculated and observed flows. Major topics discussed are...

This book examines novel viewpoints about procedures and tools used in Hydrodynamics. The phenomena associated with the flow of fluids are usually complex, and tough to quantify. Novel approaches - considering points of view still not investigated - may present useful devices in the study of hydrodynamics and the associated transport phenomenon. The specifications of the flows and the characteristics of the fluids must be studied on a small scale. Subsequently, novel concepts and devices are devised to better explain the fluids and their characteristics. This book provides conclusions about...

Magnetohydrodynamics is the study of dynamics of electrically conducting liquids. Therefore, for an in-depth comprehension of plasma physics, one must be well acquainted with magnetohydrodynamics (MHD) behaviors. With progresses in science, a gap between state-of-the-art researches and published textbooks slowly develops. An interrelation between textbook knowledge and updated research results can often be hard to develop. Review articles can be of significant help in such cases. For magnetically restricted fusions, toroidal magnetohydrodynamics theory for tokamaks, magnetic relaxation...

By presenting various concepts and methods of microfluidics, this book helps its readers learn more about this field. It presents contemporary views on the discipline of microfluidics as it relates to a range of sub-disciplines. The book discusses topics like fluid dynamics, its technology and its applications. Furthermore, it presents some important aspects of microfluidics. This book will serve as a resource for beginners and experts interested in this field.

Fluid mechanics is a complicated and extremely challenging field of study. It is central to several matters that are significant not only technologically, but also sociologically. This book emphasizes on a cross-section of procedures in fluid mechanics, each of which explains new ideas and relates to one or more matters of high interest during the early 21st century. The challenges constitute multi-phase flows, compressibility, non-linear dynamics, flow instability, transforming solid-fluid boundaries and fluids with solid-like characteristics. The procedures relate difficulties like weather...