This review paper gives Excel functions for highly precise Colebrook's pipe flow friction
approximations developed by users. All shown codes are implemented as User Defined …

Global natural gas resources are growing and are increasingly geographically diverse. A
Floating Storage and Regasification Unit (FSRU) is one of the most commonly used vessel …

This paper presents the turbulent pipe flow analysis of the friction factor's uncertainty for two
different experimental scenarios: high-precision and standard engineering instruments. One …

This article provides an estimation of future natural gas spot prices on the global
international market based on symbolic regression where the sensitivity analysis is …

This paper presents a direct closed form analytical solution for the implicit type equation of
Colebrook-White for friction factor calculation. Based on the developed expression, the …

Separate flow friction formulations for laminar and turbulent regimes of flow through pipes
are in common use in engineering practice. However, variation of different parameters in a …

Computationally efficient solutions (less computation time) for the Colebrook equation are
essential for simulating pipeline networks. However, the friction law resistance formula has …

Solving pipeline systems is very important for the design engineer. The traditional method
for solving these systems is complicated and time consuming. A network is trained and …

This study provides novel and accurate symbolic regression-based solutions for the
calculation of pipe diameter when flow rate and pressure drop (head loss) are known …

The unknown friction factor from the implicit Colebrook equation cannot be expressed
explicitly in an analytical way, and therefore to simplify the calculation, many explicit …