N6 Strengths Module 1 2 Thick Cylinders Compound Cylinders Basic Example to get you started скачать в хорошем качестве

N6 Strengths Module 1 2 Thick Cylinders Compound Cylinders Basic Example to get you started

N6 Strengths Module 1.2 Thick Cylinders Compound Cylinders Basic Example to get you started. If you would like to help grow my channel, assist us in creating even better content, please consider supporting me, via a donation to my Capitec Account, Snapscan, Paypal, Patreon or Buymeacoffee. Don't forget to click Like and Subscribe. Here are ways you can help me grow the channel. All contributions are welcome. South African Donations Bank: Capitec Account: Mr RC Hamshire Account Number: 2196531630 Type: Savings Branch Code: 470010 Swift Code: CABLZAJJ International Donations Bank: Capitec Account: Mr RC Hamshire International Account Number: 2196531630470010 Type: Savings International Swift Code: LISAZAJJ Snapscan https://pos.snapscan.io/qr/9VisqEC4 My buymeacoffee account https://www.buymeacoffee.com/tutoring... My patreon account   / tutoringwithrichard   My paypal account https://www.paypal.me/TutoringwithRic... Thank you to our supporters it is appreciated. N6 Strengths Module 1.2 Thick Cylinders Compound Cylinders Hollow cylinders of the same material are shrunk together to form a Compound Cylinder. The intermediate pressure between the two cylinders at the common diameter is 20Mpa when shrunk together . The inner diameter of the inner cylinder is 100mm. The outer diameter is 180mm. The Outer diameter of the outer cylinder is 280mm. Calculate: 1: The radial and hoop stress in the compound cylinder after shrinkage. 2: The radial and hoop stress in the compound cylinder in the due to an internal pressure of 120Mpa. 3: The resultant or actual stresses in the compound cylinder due to shrinkage and internal pressure applied.