Figure 11.15 shows a portion of a hydraulic circuit. The pressure at point B must be 200 psig when the volume flow rate is 60 g a l / m i n . The hydraulic fluid has a specific gravity of 0.90 and a dynamic viscosity of 6.0 × 10 − 5 l b − s / f t 2 . The total length of pipe between A and B is 50 f t . The elbows are standard. Calculate the pressure at the outlet of the pump at A
Figure 11.15 shows a portion of a hydraulic circuit. The pressure at point B must be 200 psig when the volume flow rate is 60 g a l / m i n . The hydraulic fluid has a specific gravity of 0.90 and a dynamic viscosity of 6.0 × 10 − 5 l b − s / f t 2 . The total length of pipe between A and B is 50 f t . The elbows are standard. Calculate the pressure at the outlet of the pump at A
Figure 11.15 shows a portion of a hydraulic circuit. The pressure at point B must be
200
psig when the volume flow rate is 60
g
a
l
/
m
i
n
. The hydraulic fluid has a specific gravity of 0.90 and a dynamic viscosity of
6.0
×
10
−
5
l
b
−
s
/
f
t
2
. The total length of pipe between A and B is
50
f
t
. The
elbows are standard. Calculate the pressure at the outlet of the pump at A
Q.1) Block A is connected to block B by a pulley
system as shown. The weights of blocks A and B
are 100 lbs and 70 lbs, respectively. Assume
negligible friction between the rope and all pulleys
as well as between block B and the incline and
neglect the mass of all pulleys and cables.
Determine the angle 0 required to keep the system
in equilibrium. (At least two FBDs must be drawn
for full credit)
B
Ꮎ
000
pls solve
+1.
0,63 fin
r= 0.051
P
The stepped rod in sketch is subjected to a tensile
force that varies between 4000 and 7000 lb. The
rod has a machined surface finish everywhere except
the shoulder area,
where a grinding operation has
been performed to improve the fatigue resistance
of the rod. Using a 99% probability of survival,
determine the safety factor for infinite life if
the rod is made of AISI 1080 steel, quenched
and tempered at 800°c Use the Goodman line.
Does the part fail at the fillet? Explain
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