Equipment
New explicit friction factor equation for turbulent flow in rough pipes
It is more reliable and accurate than existing equations
Minimize power consumption in slurry transport
Accurately predict critical velocity
An improved experimental correlation for Darcy friction factor
The pressure drop estimate may be on the unsafe side when using the traditional Moody chart
The effect of kinetic energy change on flow in gas pipelines
The significance of the acceleration term in pressure drop calculations is investigated
Selecting the right welded-metal bellows seal
Understand the differences to get the most effective product for the application
Modeling two-phase flow in horizontal pipe bends
New calculations of pressure loss and predictions of flow pattern in bends
Reliable sealing technologies reduce maintenance demands
The latest connection and sealing options offer zero-leak integrity and minimized maintenance
Explicit friction factor correlation for turbulent flow in rough pipe
A comparison of approximation methods shows which is more accurate over a wide range of Re values
Changes in process piping code ASME B31.3 for 2004
The revisions and how they impact piping system design are highlighted
Consider dividing wall distillation to separate solvents
Using an established technology as part of a revamp installation provided new products at lower capital and operating costs than conventional methods
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