Titlebook: Advanced Environmental Wind Engineering; Yukio Tamura,Ryuichiro Yoshie Book 2016 Springer Japan 2016 Computational Fluid Dynamics.Natural

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,Einführung in Termingesch?fte,on is then focused on the explicit method of solution used for the initial stage of design. Brief mention is made of the use of envelope models for more general calculations, using the more common implicit method of solution. Examples are given of the sort of calculations that can be done with such

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https://doi.org/10.1007/978-3-642-58650-7 pressure loss at the opening depends on the contraction of ventilation air flow and on static pressure loss consumes for the production of turbulent kinetic energy. The local dynamic similarity model (LDSM) is capable to predict the ventilation flow rate with better accuracy. LDSM has superiority o

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,Substanzsteuern für Waldbesitzer,in and above the urban canopy layer. In former times, it was not possible to take the natural variability of the urban atmosphere properly into account, due to a lack of both computer power for models of adequate sophistication and sufficiently matured measurement techniques. Instead of this, quasi-

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Yukio Tamura,Ryuichiro YoshieDiscusses a wide range of problems and provides.their solutions in the field of environmental wind engineering.Contains contributions by the world’s eminent scientists.Serves as the most advanced refe