Environment & Safety Gas Processing/LNG Maintenance & Reliability Petrochemicals Process Control Process Optimization Project Management Refining

Equipment

Solve liquid-hammer problems

Dalan Farayand Engineering Co.: Salehi, F.

Here are several options

New explicit friction factor equation for turbulent flow in smooth pipes

Bouali Sina Petrochemical Company: Sasan-Amiri, A.

A simple, explicit and high-accuracy equation is presented

A support vector classification method for regime identification of slurry transport in pipelines

National Institute of Technology: Ghanta, K. C.  |  Lahiri, S. K.

Statistical analysis showed the proposed solution has an average misclassification error of only 1.5%

Estimate water hammer loads in steam piping

Reliance Refinery: Darji, P.  |  Saha, S.

The problem is more complicated because of the two-phase flow

Explicit friction factor correlations for turbulent fluid flow in noncircular ducts and polymeric fluids

Bayer HealthCare: Goudar, C. T.
University of Oklahoma Health Sciences Center: Sonnad, J. R.

New equation provides highly accurate estimates

New explicit friction factor equation for turbulent flow in rough pipes

Bouali Sina Petrochemical Company: Sasan-Amiri, A.

It is more reliable and accurate than existing equations

Minimize power consumption in slurry transport

National Institute of Technology: Ghanta, K. C.  |  Lahiri, S. K.

Accurately predict critical velocity

An improved experimental correlation for Darcy friction factor

Techint Engineering & Construction: Cordero, G. O.

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

Department of Chemical Engineering, Falculty of Engineering, University of Tehran: Demneh, F. A.
Process and Energy Laboratory, Delft Univeristy of Technology: Mesbah, A.

The significance of the acceleration term in pressure drop calculations is investigated

Selecting the right welded-metal bellows seal

John Crane Inc.: Fordyce, J.

Understand the differences to get the most effective product for the application