Pipe Anchor Force Analysis – Liquid Introduction The following analysis determines stresses and deflections in pipelines at the transition from below ground (restrained) to above ground...
Requirements to Move Unpressured Pipe – Liquid Introduction This application is related to maximum movement (deflection) at the end of pipe with no pressure. The greater the...
Restrained Pipeline Stress Analysis B31.4 – Liquid Introduction Restrained pipes are typically buried with proper bedding. However, when settlement or subsidence occurs the longitudinal and combined stresses...
Unrestrained Pipeline Stress Analysis B31.4 – Liquid Introduction Unrestrained pipes are unburied or spans where the pipe is bedded or supported beam. These could be designed or...
Wall Thickness – Steel Pipe ASME B31.4 (Liquid) Introduction Wall thickness for steel pipe is calculated using an algebraic altered version of Barlow’s Equation. The wall thickness for...