Question: answer correctly and step by step otherwise don't touch Problem 2: (25 marks) The following data are given for a squeeze cementing job: Initial condition:

answer correctly and step by step otherwise don't touch

answer correctly and step by step otherwise don't touch Problem 2: (25

Problem 2: (25 marks) The following data are given for a squeeze cementing job: Initial condition: Tubing contains oil (S.G. = 0.88) and Annulus is full of 1 1 Ib/gal fluid. Operation: Tubing is displaced with 14 ppg cement with an injection pressure of 4,500 psi at the surface. At the same time, a surface pressure of 2,000 psi was exerted on tubing-casing annulus. The average temperature drop is 25 F. Tubing: OD: 2.875 in., ID: 2.441 in., Weight: 6.5 Ib/ft Casing: OD: 7 in., ID: 6.094 in., Weight: 32 Ib/ft Packer: Bore size d-3.25 in., set at 10,000 ft Modulus of elasticity for steel = 30x 10 psi Coefficient of expansion of steel = 6.9x 10* 1/F Poisson's ratio = 0.3 8=0 Calculate the change in tubing length due to: i) Hooke's law effect ii) Buckling effect iii) Ballooning effect iv) Temperature effect

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