[전체1등 & A+] 인천대 기계공학실험 파이프 유동실험 2 (급축소관) 레포트

소개

"[전체1등 & A+] 인천대 기계공학실험 파이프 유동실험 2 (급축소관) 레포트"에 대한 내용입니다.

목차

1. Introduction
2. Purpose of the Experiment
3. Experimental results
4. Analysis and Discussion
5. References

본문내용

Bernoulli Equation
In general, the Bernoulli equation has assumptions about a single wire without incompressibility, steady-state, viscous force, and energy exchange. → p+(ρv^2)/2+ρgh=constant The characteristic of Bernoulli's law is that the height (h) relative to the reference point is the positional energy, the velocity (v) through which a fluid flows means kinetic energy, and the pressure (p) means work (energy). The sum of these three energies at any one point is the same as the sum of the three energies at any other point. Ignoring the viscous force in the pipe internal flow results in a large error. Bernoulli's equation considering the viscous force is p_1+(ρV_1^2)/2+ρgz_1=p_2+(ρV_2^2)/2+ρgz_2+h_L . As such, the Head loss term is added.

참고자료

· Author, document (material) name, publisher, publication year, pp. OO-OO
· http://www.ooo.ooo, (data content), date of view