Bernoulli Visualization
Mechanics in Motion · Interactive
- DimensionsSubject to on-site plan
- PresentationInteractive
- PricingQuoted by manufacture spec
Purpose & Scientific Principle
From the study of pressure and pressure, a new important discipline has been developed - fluid dynamics. Through the display, the audience can understand the origin and content of fluid dynamics, and fully understand the story of Bernoulli's scientific research process and the great application of the Bernoulli effect. This subject area has also laid an important foundation for further research in later generations. Through this exhibition, visitors can establish a more complete knowledge framework and logical system to better understand the subsequent content.
How to Operate
1. Introducing Daniel Bernoulli's personal experience and his major achievements in the field of fluid dynamics: He compiled the book "Fluid Dynamics", used the law of conservation of energy to solve fluid flow problems, and wrote the basic equations of fluid dynamics, which later generations called the "Bernoulli equation", and proposed the Bernoulli principle that "as the flow rate increases, the pressure decreases".
2. Introduction to Bernoulli’s Law and Equations: In a fluid system, such as air flow and water flow, the faster the flow rate, the smaller the pressure generated by the fluid. This is the “Bernoulli’s Law” discovered in 1738 by Daniel Bernoulli, known as the “Father of Fluid Mechanics”. The force generated by this pressure is huge. The air can hold up the heavy aircraft because of the use of Bernoulli's law;
3. Introduction to the Bernoulli effect: In 1726, Bernoulli discovered the "boundary layer surface effect" through countless experiments: when the fluid speed increases, the pressure at the interface between the object and the fluid will decrease, and conversely the pressure will increase. This discovery is called the "Bernoulli effect". The Bernoulli effect applies to all fluids, including gases. It is one of the basic phenomena of stable fluid flow. It reflects the relationship between fluid pressure and flow rate, and the relationship between flow rate and pressure: the greater the flow rate of the fluid, the smaller the pressure; the smaller the flow rate of the fluid, the greater the pressure.
In 1726, Bernoulli discovered the "boundary layer surface effect" through countless experiments: when the fluid speed increases, the pressure at the interface between the object and the fluid will decrease, and conversely the pressure will increase. In honor of the scientist's contribution, this discovery was called the "Bernoulli effect." The Bernoulli effect applies to all fluids, including gases. It is one of the basic phenomena of stable fluid flow and reflects the relationship between fluid pressure and flow rate.
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