Search Results - "Monteiro Andrade, Douglas"

A study of valve-induced water hammer in a woven-jacket fire hose by Kubrak, Michał, Kodura, Apoloniusz, Urbanowicz, Kamil, Andrade, Douglas Monteiro

“…The dynamic response of a woven fire hose during valve-induced water hammer events is investigated through a combination of experimental and numerical studies…”
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A thermodynamically consistent model for hydraulic transients in metallic pipes undergoing elasto-viscoplastic deformations by Monteiro Andrade, Douglas, Bastos de Freitas Rachid, Felipe, Tijsseling, Arris Sieno

“…This work presents an extension of the fluid transient analysis to include the elasto-viscoplastic behavior of the pipe material. A previously developed…”
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Fluid transients in viscoelastic pipes via an internal variable constitutive theory by Andrade, Douglas Monteiro, de Freitas Rachid, Felipe Bastos, Tijsseling, Arris Sieno

“…•Pipe viscoelasticity is incorporated in a fluid transient analysis via an internal variable constitutive theory.•The model unconditionally satisfies the…”
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A new model for fluid transients in piping systems taking into account the fluid–structure interaction by Andrade, Douglas Monteiro, de Freitas Rachid, Felipe Bastos, Tijsseling, Arris Sieno

“…The present work extends a recently developed quasi-2D flow model for fluid transients in elastic pipes to accommodate fluid–structure interaction mechanisms…”
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A versatile friction model for Newtonian liquids flowing under unsteady regimes in pipes by Andrade, Douglas Monteiro, de Freitas Rachid, Felipe Bastos

“…This work presents a quasi-two-dimensional unsteady friction model, with the longitudinal coordinate considered as an independent variable and the radial…”
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An analysis of fluid–structure interaction coupling mechanisms in liquid-filled viscoelastic pipes subject to fast transients by Andrade, Douglas Monteiro, Bastos de Freitas Rachid, Felipe, Tijsseling, Arris Sieno

“…An extension of a recently developed quasi-2D flow model for fluid transients in viscoelastic pipes to handle fluid–structure interaction mechanisms is…”
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