A pipe is carrying liquid at 60 degrees C, that fluctuates in pressure from 0 to...

A pipe is carrying liquid at 60 degrees C, that fluctuates in pressure from 0 to 60,000 kPa (non-capped). The inside diameter of the pipe is 20 mm and the wall thickness is 1 mm and is made out of 1095 carbon steel, has a yield strength of 813 MPa and an ultimate tensile strength of 1260 MPa. Using the "Modified-Goodman" failure criteria and a reliability factor of 99%, determine the number of cycles till failure on the inside wall. You can assume that the pipe will have a machined surface finish.?

Solutions

Expert Solution

samet mamat answered 1 year ago

Next > < Previous

Related Solutions

It is well known that water freezes at 0°C at atmospheric pressure. The mixture of liquid water and ice at 0°C is said to be

It is well known that water freezes at 0°C at atmospheric pressure. The mixture of liquid water and ice at 0°C is said to be at stable equilibrium since it cannot undergo any changes when it is isolated from its surroundings. However, when water is free of impurities and the inner surfaces of the container are smooth, the temperature of water can be lowered to 22°C or even lower without any formation of ice at atmospheric pressure. But at that...

An orifice meter is used to measure flow rate of liquid in pipe shows a pressure...

An orifice meter is used to measure flow rate of liquid in pipe shows a pressure difference of ' x ' m of water column when the flow rate is Q If flow rate is doubled then what is delta P?

at 4 degrees c water has maximum density than at 0 degrees c. what are the...

at 4 degrees c water has maximum density than at 0 degrees c. what are the advantages and disadvantages of this property of water

Consider copper from 0 degrees Celsius to 1000 degrees Celsius. The density for copper at 0...

Consider copper from 0 degrees Celsius to 1000 degrees Celsius. The density for copper at 0 degrees is 8.92 g/cm^3. Assume the vacancy formation energy is 0.91 eV/atom and that the volume coefficient of thermal expansion is 3 times the the linear coefficient of thermal expansion. 1) Determine the density change between these two temperatures due to the change in the number of vacancies. Thermal expansion coefficient of copper is 9.3 (10-6 in/(in R))*) OR 16.6 (10-6 m/(m K))

A 5-gram ice cube at -2 degrees Celsius is dropped into 60 grams of liquid water...

A 5-gram ice cube at -2 degrees Celsius is dropped into 60 grams of liquid water at 12 degrees Celsius. If the ice and water are isolated from the environment, what is the final temperature of the combined liquid water when all of the ice has melted and the mixture reaches thermal equilibrium?

2 kg of water exist initially as a vapor and liquid at 90 degrees C in...

2 kg of water exist initially as a vapor and liquid at 90 degrees C in a rigid container of volume 2.42 m^3 (a) at what pressure is the system? (b) what is the quality of the system (c) the temperature of the container is raised to 100 degrees C. what is the quality of the system and what is the pressure? what are the dH and dU at this point relative to the initial state? (d) as the temperature...

A liquid mixture of benzene and toluene is contained in a closed vessel at 60°C. The...

A liquid mixture of benzene and toluene is contained in a closed vessel at 60°C. The only other component in the system is nitrogen gas which is used to pressurize the system to 1 atm total pressure (absolute). The liquid is 70 mole% benzene and 30 mole% toluene, and the N2 is considered non-condensable (i.e., the liquid mole fraction of nitrogen is zero). Consider the mixture to be ideal, and determine the vapor mole fractions of the three components. (Document...

Naphthalene, C10 H8 , melts at 80∘ C . If the vapor pressure of the liquid...

Naphthalene, C10 H8 , melts at 80∘ C . If the vapor pressure of the liquid is 10 mm at 85.8∘C and 40 mm at 119.3∘C , and that of the solid is 1mm at 52.6∘C , calculate a) Assuming the melting-point and triple-point temperatures are the same, calculate △H sublimation of the solid, and △H fusion .

The compound (POCl3) is a liquid (boiling point of about 106 degrees C). What kinds of...

The compound (POCl3) is a liquid (boiling point of about 106 degrees C). What kinds of intermolecular forces of attraction would be present in liquid POCl3?

A 0.45 millimol sample of neon occupies 11.2 L at 0 degrees celsius. If the pressure...

A 0.45 millimol sample of neon occupies 11.2 L at 0 degrees celsius. If the pressure is doubled, to what must the temperature be changed to keep the volume from changing?

Subjects