trini124
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Trying to calculate this for work.
Have 160,000 lbs drop 45 ft with mud weight of 16.5
Have 160,000 lbs drop 45 ft with mud weight of 16.5
This discussion focuses on calculating the impact force of a 160,000 lbs weight dropped from a height of 45 feet using a mud weight of 16.5 ppg. The mud weight, which is crucial in oil drilling, controls hydrostatic pressure and prevents unwanted flow into the wellbore. The impact force is influenced by the elastic properties of both the dropped weight and the landing surface. Understanding these factors is essential for accurate calculations in drilling operations.
PREREQUISITESThis discussion is beneficial for drilling engineers, oilfield technicians, and anyone involved in the calculation and management of drilling operations, particularly those focusing on impact force and mud weight implications.
trini124 said:Trying to calculate this for work.
Have 160,000 lbs drop 45 ft with mud weight of 16.5
mud weight
1. n. [Drilling Fluids] ID: 2133
The mass per unit volume of a drilling fluid, synonymous with mud density. Weight is reported in lbm/gal (also known as ppg), kg/m3 or g/cm3 (also called specific gravity or SG), lb/ft3 or in hydrostatic gradient, lb/in2/ft (psi/ft) or pptf (psi/1000 ft). Mud weight controls hydrostatic pressure in a wellbore and prevents unwanted flow into the well. The weight of the mud also prevents collapse of casing and the openhole. Excessive mud weight can cause lost circulation by propagating, and then filling, fractures in the rock. Mud weight (density) test procedures using a mud balance have been standardized and published by the API.