Q.3 A boiler drum consists of a cylindrical portion 2 m long, 1 m diameter, and 25 mm thick, closed by hemispherical ends. In a hydraulic test Eo 10 N/mm2 how much additional water will be pumped in, after initial filling at atmospheric pressure? Assume the circumferential strain at the junction of Cylinder and hemisphere is the same for both. For the drum material, E- 207,000 N/mm2; v=0.3. For water K=2100 N/mm². -

Q.3 A boiler drum consists of a cylindrical portion 2 m long, 1 m diameter, and 25 mm thick, closed by hemispherical ends. In a hydraulic test Eo 10 N/mm2 how much additional water will be pumped in, after initial filling at atmospheric pressure? Assume the circumferential strain at the junction of Cylinder and hemisphere is the same for both. For the drum material, E- 207,000 N/mm2; v=0.3. For water K=2100 N/mm². -

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Example: What is the pressure at the center of the pipe B?
Q10: In Figure below, find the horizontal, vertical forces on the gate ABCD, assume the gate width 8 ft. AB is rectangular section, BC is half a circle gate and CD is quarter a circle. Oil S-0.8 トャ

I need solve this in quickly time please please
The pipe bend of Fig. has D 1 = 27 cm and D 2 =13 cm. When water at 20 ° C fl ows through the pipe at 4000gal/min, p 1 =194 kPa (gage). Compute the torque requiredat point B to hold the bend stationary.
Q3/ Given the following data, calculate static or shut-in hole pressure of gas well with average pressure and temperature method. Yg = 0.7 Well depth = 3048 m Static tubing pressure 3500 psia T, 21.11 °C, T, 98.9 °C
Find the height of the mercury in the U-tube (SGng = 13.6). |Patm= 100Kpa P=130 KPa gas [h=?
Q3: In Figure below, the gauge pressure, G reads (- 2.35) Psi and gate AB has a height of 6 ft and width of 3.5 ft was fixed in A. Find the required force F on the gate at B. Air T Water 18 Oil 6' S= 080 B
Ex. 3. Determine the angle of the in- clined tube shown in figure if the pres- sure at A is 7 kPa greater than that at = 23.86°) B. (Ans. 0 = 0.3 m 0.5 m Oil Water 3 m Air B