Eom Ki-chan et al.: Fluid dynamics

The hydrodynamics is a study of power and energy in terms of liquid and gas statics and dynamics, which are classified as hydrodynamic mechanics that theoretically treat complex flow as a one-dimensional stream and two-dimensional and three-dimensional flow. They're very connected, so they often treat each other as a uniform fluid dynamic, not as separate. The study was taken into consideration not only that it needed to design fluid machines, such as pumps, hydraulics, fans, compressors, and carts, but also that it was used for engineering, engineering, architecture, chemical engineering, and aviation, as the basis for the college and technical engineering that specializes in the field, and as a basis for reference to the needs of the engineers in the area. The structure of the script has been written about the idea of a fluid as a continuous, the uniformity of the fluid, the fundamental laws of fluid, how much motion, how the energy is involved in the fluid's fluid, what we call a volume of light, how we interpret the energy of a single fluid, and how we try to understand what we see, and what we've seen in each area of the compressed fluid, where we're talking about the material. The more complex interpretations, the more the appendix avoided complexity in the content of the text. The international public unit used in this letter, S. I used units, and even now the industrial system uses units of engineering, the gravitational unit. The relationship between unit I and engineering unit is described in chapter one. Because of their lack of capacity, the authors are fed a lot of explanations or errors and unknowns, which will be followed by a continuous review and supplement of the content.

Korean title: 유체역학

Korean author: 엄기찬 외

Korean publisher: 복두성

ISBN-13: 9791166752506