A comparative Study of the Erosive Wear Caused by Organic and Inorganic Abrasive Particles

Transactions Of The Indian Institute Of Metals - 1/1/2025

10.1007/s12666-024-03538-y View at source

• ISSN 0019493X

• iMarina

A geometric formulation of the Shepard renormalization factor

Computers & Fluids (p. 16-27) - 15/4/2019

10.1016/j.compfluid.2019.02.020 View at source

• ISSN 00457930

• iMarina

A global analysis of a coupled violent vertical sloshing problem using an SPH methodology

Engineering Applications Of Computational Fluid Mechanics (p. 865-888) - 1/1/2021

10.1080/19942060.2021.1921849 View at source

• ISSN 19942060

• iMarina

A hydrodynamic study of various obstacle shapes in 2D flow using SPH

Ocean Engineering - 15/10/2024

10.1016/j.oceaneng.2024.118722 View at source

• ISSN 00298018

• iMarina

A parametric methodology for the preliminary design of SWATH hulls

Ocean Engineering - 1/2/2020

10.1016/j.oceaneng.2019.106823 View at source

• ISSN 00298018

• iMarina

Boundary conditions for SPH through energy conservation

Computers & Fluids - 15/12/2024

10.1016/j.compfluid.2024.106454 View at source

• ISSN 00457930

• iMarina

Computational Fluid Dynamics (CFD) applications in Floating Offshore Wind Turbine (FOWT) dynamics: A review

Applied Ocean Research - 1/9/2024

10.1016/j.apor.2024.104075 View at source

• ISSN 01411187

• iMarina

Computational scaling of SPH simulations for violent sloshing problems in aircraft fuel tanks

Acta Mechanica Sinica - 1/1/2023

10.1007/s10409-022-22051-x View at source

• ISSN 05677718

• iMarina

Crashworthiness study of a monopile OWT with metamaterial-based fenders under vessel collisions

Engineering Structures - 15/12/2025

10.1016/j.engstruct.2025.121559 View at source

• ISSN 01410296

• iMarina

Experimental and Numerical Characterization of Violent Sloshing Flows Using a Single Degree of Freedom Approach

Applied Sciences-Basel - 1/1/2022

10.3390/app12157897 View at source

• ISSN 20763417

• iMarina

Analysis of a pipeline self-burial process with a multiphase non-newtonian SPH model

1/1/2024

• iMarina

A SPH simulation of the sloshing phenomenon inside fuel tanks of the aircraft wings

Proceedings Of The 14th Spheric International Workshop (p. 106-113) - 25/6/2019

• iMarina

A new Shepard renormalization factor formulation for Boundary Integrals

Proceedings Of The 13th International Spheric Workshop (p. 306-311) - 26/6/2018

• iMarina

A single-phase SPH model for evaporation and condensation phenomena.

Proceedings Of 12th International Smoothed Particle Hydrodynamics European Research Interest Community (Spheric2017) Workshops (p. 1-8) - 13/6/2017

• iMarina

AQUAgpusph: The SPH of the researchers, by the researchers, to the researchers.

Proceedings Of 12th International Smoothed Particle Hydrodynamics European Research Interest Community (Spheric2017) Workshops (p. 1-8) - 13/6/2017

• iMarina

Cuéntanos tu tesis 2018. Javier Calderón Sánchez

15/3/2018

• iMarina

Generalized Boundary Local Coordinates: Application to the computation of forces in a Boundary Integral SPH formulation

Proceedings Of The 13th International Spheric Workshop (p. 299-305) - 26/6/2018

• iMarina

Modeling the effect of phase change on LNG impact with open-source CFD

Proceedings Of The 37th International Conference On Ocean, Offshore And Arctic Engineering (Omae2018) (p. 1-9) - 17/6/2018

10.1115/omae2018-77990 View at source

• iMarina
• iMarina

Numerical modeling of the forced motion dynamics of antiroll tank with OpenFOAM

0000 (p. 0-0) - 17/6/2018

10.1115/omae2018-77609 View at source

• iMarina
• iMarina

Simple design technique for the Gilbert cell in MMIC technology. Application to a DSB modulator

Technical Digest - Gaas Ic Symposium (Gallium Arsenide Integrated Circuit) (p. 223-226) - 1/12/1993

10.1109/gaas.1993.394464 View at source

• iMarina
• iMarina

Spectral particle simulations

Proceedings Of The 13th International Spheric Workshop (p. 147-153) - 26/6/2018

• iMarina

ANTIROLL TANK DESIGN AND VERIFICATION TESTS FOR A TUNA VESSEL

Period: 23-11-2021 - 12-01-2023

• iMarina

AZIMUT: Energía eólica offshore 2020

Period: 01-06-2011 - 31-07-2012

Type of funding: National

Amount of funding: 140000,00 Euros.

• iMarina

CAMPAÑA EXPERIMENTAL DE LA SOLUCION PARA EOLICA OFFSHORE ELISA

Period: 08-06-2020 - 29-04-2022

Type of funding: Internal

• iMarina

CAMPAÑA EXPERIMENTAL DE LA SOLUCIÓN ELISA 15MW (INICIATIVA NOWRDC)

Period: 01-12-2022 - 28-04-2023

Type of funding: Internal

• iMarina

CAMPAÑA EXPERIMENTAL DE LA SOLUCIÓN PARA EÓLICA OFFSHORE ELISA: ENSAYOS DE REMOLQUE DE TORRE CON MODELO CAUTIVO

Period: 21-06-2021 - 29-04-2022

Type of funding: Internal

• iMarina

CAMPAÑA EXPERIMENTAL DEL CONVERTIDOR DE ENERGÍA DE LAS OLAS FLORA_V46_20230621

Period: 13-09-2023 - 02-02-2024

Type of funding: Internal

• iMarina

COMPRA PÚBLICA INNOVADORA. SISTEMA AVANZADO DE PREDICCIÓN DE LA OPERATIVIDAD BUQUE-INFRAESTRUCTURA DENTRO DEL PROGRAMA ALGECIRAS BRAINPORT 2020. FASE 1.

Period: 20-01-2022 - 31-05-2022

• iMarina

CONSTRUCCIÓN DE MODELO Y CAMPAÑA EXPERIMENTAL PARA VALIDACIÓN DE CÓDIGO NUMÉRICO DE INTERACCIÓN DE FLUIDO CON MULTITUD DE CUERPOS CON SUPERFICIE LIBRE. ENSAYOS ADICIONALES

Period: 10-11-2020 - 18-03-2021

Type of funding: Internal

• iMarina

CONSTRUCCIÓN Y CALIBRFACIÓN DE UN MODELO DE BUQUE RO-RO VOLCÁN DEL TEIDE PARA ENSAYOS PORTUARIOS

Period: 23-11-2020 - 19-02-2021

Type of funding: Internal

• iMarina

CÁLCULOS DE COMPORTAMIENTO EN LA MAR SOBRE UN VELERO Y ESTIMACIÓN DE LA PRESIÓN Y FUERZAS EN ZONA DE CARENA CON SENSOR DE VELOCIDAD

Period: 25-01-2021 - 23-11-2022

Type of funding: Internal

• iMarina

Hydrodynamic Optimization of 2D Shapes for Self-Burial in Offshore Applications through a Numerical Study Using SPH

27/11/2025

• iMarina

Numerical and Experimental Study of Mooring Systems with Clump Weights for Floating Wind Turbines

8/10/2024

• iMarina