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Now showing items 1-6 of 6

Prediction of the thermal entry length without solving the complete entrance length problem

Type: Journal Paper

Author : Abraham J. Salazar; Antonio Campo

Year: 1990

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NUMERICAL INVESTIGATION ON THE DISINTEGRATION OF ROUND TURBULENT LIQUID JETS USING LES/VOF TECHNIQUES

Type: Journal Paper

Author : Vedanth Srinivasan; Abraham J. Salazar; Kozo Saito

Year: 2008

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NUMERICAL INVESTIGATION ON THE DISINTEGRATION OF ROUND TURBULENT LIQUID JETS USING LES/VOF TECHNIQUES

Type: Journal Paper

Author : Vedanth Srinivasan; Abraham J. Salazar; Kozo Saito

Year: 2008

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Numerical simulation of cavitation dynamics using a cavitation-induced-momentum-defect (CIMD) correction approach

Type: Journal Paper

Author : Vedanth Srinivasan; Abraham J. Salazar; Kozo Saito

Publisher: Elsevier Science

Year: 2009

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Modeling the disintegration of cavitating turbulent liquid jets using a novel VOF–CIMD approach

Type: Journal Paper

Author : Vedanth Srinivasan; Abraham J. Salazar; Kozo Saito

Publisher: Elsevier Science

Year: 2010

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Fluorescence emission sensing in coatings: Method for defects detection in coated surfaces of structural elements

Type: Journal Paper

Author : Belal Gharaibeh; Mohammad Omar; Abraham J. Salazar; Kozo Saito

Year: 2007

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Prediction of the thermal entry length without solving the complete entrance length problem

NUMERICAL INVESTIGATION ON THE DISINTEGRATION OF ROUND TURBULENT LIQUID JETS USING LES/VOF TECHNIQUES

NUMERICAL INVESTIGATION ON THE DISINTEGRATION OF ROUND TURBULENT LIQUID JETS USING LES/VOF TECHNIQUES

Numerical simulation of cavitation dynamics using a cavitation-induced-momentum-defect (CIMD) correction approach

Modeling the disintegration of cavitating turbulent liquid jets using a novel VOF–CIMD approach

Fluorescence emission sensing in coatings: Method for defects detection in coated surfaces of structural elements

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Prediction of the thermal entry length without solving the complete entrance length problem

NUMERICAL INVESTIGATION ON THE DISINTEGRATION OF ROUND TURBULENT LIQUID JETS USING LES/VOF TECHNIQUES

NUMERICAL INVESTIGATION ON THE DISINTEGRATION OF ROUND TURBULENT LIQUID JETS USING LES/VOF TECHNIQUES

Numerical simulation of cavitation dynamics using a cavitation-induced-momentum-defect (CIMD) correction approach

Modeling the disintegration of cavitating turbulent liquid jets using a novel VOF–CIMD approach

Fluorescence emission sensing in coatings: Method for defects detection in coated surfaces of structural elements