Antonio Ricardo Bozolla

ID:2647
First Name:Antonio Ricardo
Last Name:Bozolla
Last Change:2021-06-16
Number of Files:11 (127th most prolific)
Number of Downloads:311 (2,398th most downloaded)

Any Friction Factor 6.0   (details) Prime ENG POR   2KB/3KB
ScreenshotProgram for the piping area, designed to calculate the friction factor in any flow regime (laminar, turbulent, transition). For laminar flow with Re<#00 the program uses the friction factor equation for laminar regime(fd/Re). For flow with Re> 2300 the program uses the Colebrook-White equation (1939) which covers the entire transitional and turbulent regime.
By Antonio Ricardo Bozolla. 2021/06/16

Diameter of a Gas Pipeline 5.0   (details) Prime ENG POR   25KB/66KB
ScreenshotCalculates the inner diameter of a pipeline using 9 calculation models (Theoretic, Weimouth, Panhandle-A, Panhandle-B, IGT, Mueller, Fritzsche, AGA-A, AGA-B). The listed calculation models are specific for flowing real gases in long ducts under approximately constant temperature (Real Fluid Isothermal Flow). Models include the gravitational energy term, allowing better results for ducts through mountain regions.
By Antonio Ricardo Bozolla. 2021/05/23

Flow Control (with valve) in Parallel Lines Oil 10.0   (details) Prime ENG POR   98KB/19KB
ScreenshotDesigned to monitor the pressure (at the junction) and the flow rates in the parallel ducts, when the flow control valve is closed.
By Antonio Ricardo Bozolla. 2021/05/23

Free Spans for Piping 6.0   (details) Prime POR   96KB/10KB
ScreenshotProgram for pipelines in the oil, gas and mining sector in a range of nominal diameters ranging from 4.5 in to 32 in. Program for the calculation of free spans for pipelines in operation. It has the facility of data entry in English units (according to the tables of the best pipeline books) for diameter, wall thickness, cross section module, tube weight and moment of inertia. Output information in the International System (SI). For now only available in Portuguese (Brazil).
By Antonio Ricardo Bozolla. 2021/05/23

Increase in the Vol. Flow Rate of a Long Duct 4.0   (details) Prime ENG   8KB/7KB
ScreenshotCalculates the increase in the volumetric flow rate of a long duct using parallel piping (only for incompressible flow).
By Antonio Ricardo Bozolla. 2021/05/23

Negative Buoyancy for Pipelines 6.0   (details) Prime ENG POR   5KB/7KB
ScreenshotCalculates the required thickness of a concrete coating for negative floatability of a carbon steel duct.
By Antonio Ricardo Bozolla. 2021/05/23

Pipeline Leakage Time 5.0   (details) Prime ENG POR   9KB/18-22KB
ScreenshotProgram for the piping area, designed to calculate the volume leaked and the leak time through a crack, due to the depressurization of the pipeline. Only for incompressible flow in long carbon steel ducts with nominal diameters between 4 and 32 in. It has the option to choose up to 7 types of fluid (water, salt water, oil, ethanol, gasoline, kerosene and crude oil). In the raw oil option, it has the choice of an API degree from 10 to 44, and a temperature from 41ºF to 149ºF.
By Antonio Ricardo Bozolla. 2021/06/16

Standard Flow Rate of a Gas Pipeline 4.0   (details) Prime ENG POR   5KB/23KB
ScreenshotCalculates the standard flow rate of a pipeline using 9 calculation models (Theoretic, Weimouth, Panhandle-A, Panhandle-B, IGT, Mueller, Fritzsche, AGA-A, AGA-B). The listed calculation models are specific for flowing real gases in long ducts under approximately constant temperature (Real Fluid Isothermal Flow). Models include the gravitational energy term, allowing better results for ducts through mountain regions.
By Antonio Ricardo Bozolla. 2021/05/23

Stress in the Transition from a Buried Duct 6.0   (details) Prime ENG POR   157KB/8KB
ScreenshotCalculates the duct anchorage both without anchorage block with direct transition and without anchorage block and with transition with S-shaped duct.
By Antonio Ricardo Bozolla. 2021/05/23

Subsonic Fanno Flow 3.0   (details) Prime ENG   4KB/13KB
ScreenshotProgram for the piping area, designed to calculate Fanno's flow properties (adiabatic duct flow with friction): stagnant properties; critical properties; input and output properties; and reduced mass flow rate when flow is blocked at outlet. Units of measurement in the International System. Note: Only for subsonic match number at the entrance.
By Antonio Ricardo Bozolla. 2021/06/16

Supersonic Fanno Flow 4.0   (details) Prime ENG POR   5KB/21KB
ScreenshotCalculates the following properties for adiabatic duct flow with friction (Fannow flow): stagnation, critical, inlet and outlet duct with mass flow, update of incoming Match number for blocked duct at the entrance, reduced mass flow rate for the blocked duct at the inlet. Also calculates flow into a duct under permanent, adiabatic, and unidimensional flow, perfect gas with constant area, axle work and potential energy negligible, and wall friction related to Darcy-Weisbach's equation.
By Antonio Ricardo Bozolla. 2021/05/23

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Copyright 1997-2021 Eric Rechlin.