Wind Speed Equation

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Details

It is well known in primary school that "moving air forms wind". However, no wind equation or wind speed equation can be found in literatures or in internet before 2016.Why? Perhaps, the air has no shape, no boundary and no volume, how to set up an equation?The absence of research result on this topic for a long time sufficiently shows that it is a world-degree topic of difficulty. This book consists of 7 chapters. It introduces some cases of wind types (wind of a point in air, wind of circular cyclone, aerosol in air, and mushroom cloud), the derivation of equations and its solutions, are based on researched papers.Features : certain type, buoyancy and temperature are taken into consideration.Readers : Students, graduated students, teachers, engineers, scientists and readers interested in mathematics, physics and atmosphere. It is best that the readers have nice mathematical and physical background training.

Autorentext

Tian-Quan Yun : 1997 Retired. 1987-1997 Prof. Mech of SCUT. 1957-1987 Ass. Prof-Vic. Prof. Dept Mech etc. of HUST. (1981-83, Res. IAMS-Math of UBC, Canada). 1953-1957 Grad Civil Eng of SCIT.


Klappentext

It is well known in primary school that "moving air forms wind". However, no wind equation or wind speed equation can be found in literatures or in internet before 2016.Why? Perhaps, the air has no shape, no boundary and no volume, how to set up an equation?The absence of research result on this topic for a long time sufficiently shows that it is a world-degree topic of difficulty. This book consists of 7 chapters. It introduces some cases of wind types (wind of a point in air, wind of circular cyclone, aerosol in air, and mushroom cloud), the derivation of equations and its solutions, are based on researched papers.Features : certain type, buoyancy and temperature are taken into consideration.Readers : Students, graduated students, teachers, engineers, scientists and readers interested in mathematics, physics and atmosphere. It is best that the readers have nice mathematical and physical background training.

Weitere Informationen

  • Allgemeine Informationen
    • GTIN 09786138950233
    • Genre General Science
    • Anzahl Seiten 60
    • Herausgeber Scholars' Press
    • Größe H220mm x B150mm
    • Jahr 2021
    • EAN 9786138950233
    • Format Kartonierter Einband
    • ISBN 978-613-8-95023-3
    • Veröffentlichung 12.04.2021
    • Titel Wind Speed Equation
    • Autor Fey Yun , Tian-Quan Yun
    • Untertitel The base of wind descripttion of certain type
    • Sprache Englisch

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