A working fluid with a viscosity of = 0.2 St and a de
Sold <10
The sale of this product is suspended.
Product description
A working fluid with a viscosity of = 0.2 St and a density of = 900 kg / m3 is supplied to the press cylinder by a hydraulic accumulator using a pipeline of length l and diameter d (see Figure 1). Accumulator weight G, piston diameter D1 = 220 mm. Determine the speed of the plunger, if the pressing force F, and the diameter of the plunger D2 = 300 mm. The flow regime in the pipe should be adopted laminar. Neglect the weight of the plunger.
It is set: the weight of the accumulator cargo G = 420 kN = 420 * 103 N; pressing force F = 690 kN = 690 * 103 N; piston diameter D1 = 220mm = 0.22 m; the diameter of the plunger D2 = 300mm = 0.3 m; pipeline diameter d = 26 mm = = 0.026m; pipe length l = 150 m; fluid density = 900 kg / m3; fluid viscosity = 0.2 St = 2 * 10-5 m2 / s.
Determine: the speed of the plunger v.
Buy and download a ready-made solution.
Product Content: task solution in Word format.
It is set: the weight of the accumulator cargo G = 420 kN = 420 * 103 N; pressing force F = 690 kN = 690 * 103 N; piston diameter D1 = 220mm = 0.22 m; the diameter of the plunger D2 = 300mm = 0.3 m; pipeline diameter d = 26 mm = = 0.026m; pipe length l = 150 m; fluid density = 900 kg / m3; fluid viscosity = 0.2 St = 2 * 10-5 m2 / s.
Determine: the speed of the plunger v.
Buy and download a ready-made solution.
Product Content: task solution in Word format.
Main features
- Content type File
- Content description 128,08 kB
- Updated on the site 27.11.2019
Reviews
No reviews yet
The sale of this product is suspended.
Adward
Blocked
Adward
Blocked
You viewed
All images, logos, and names of games, programs, and other products used are taken from public sources and are for informational purposes only. All trademarks, logos, names, and other intellectual property belong to their respective owners. Use of such images on the website does not imply any affiliation or connection with the copyright holders.