‪Alvaro Antonio Estupinan Donoso‬

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Bernhard PetersProfessor of Thermo-/Fluiddynamics, University of LuxembourgVerified email at uni.lu
Xavier BesseronResearch Scientist, University of LuxembourgVerified email at uni.lu
Amirhoushang MahmoudiResearcher at university of TwenteVerified email at utwente.nl
Navid AminniaDoctoral Student, University of LuxembourgVerified email at uni.lu
Gabriele Pozzetti-Verified email at uni.lu
Mehdi BaniasadiPAUL WURTH, LUXEMBOURGVerified email at uni.lu
Nicola PaoneProfessor of Measurement Techniques at Università Politecnica delle MarcheVerified email at univpm.it
Gian Marco RevelProfessore, Università Politecnica delle MarcheVerified email at univpm.it
Paolo ChiariottiPolitecnico di MilanoVerified email at polimi.it
Eskandar Keshavarz AlamdariProfessor of Extractive Metallurgy at Amirkabir University of TechnologyVerified email at aut.ac.ir
Ralph UseldingerHead of R&D, Ceratizit Luxembourg S. à r. l.Verified email at ceratizit.com
Prasad ADHAVDoctoral Candidate, LuXDEM Team, University of LuxembourgVerified email at uni.lu
Andreas MichelsUniversity of LuxembourgVerified email at uni.lu
H Ale EbrahimProfessor of Chemical Engineering, Amirkabir UniversityVerified email at aut.ac.ir
Algis DžiugysChief Research Associate, Lithuanian Energy InstituteVerified email at lei.lt
Rodrigo Uchida IchikawaPostdoctoral researcher, Instituto de Pesquisas Energéticas e Nucleares, Universidade de São PauloVerified email at ipen.br
B. Wendlassida KaboreUniversity of LuxembourgVerified email at uni.lu
Alban RoussetBusiness Development Executive & Scientific Advisor, LuxProvide National HPC Center of LuxembourgVerified email at lxp.lu
Davide BaroliEuler InstituteVerified email at usi.ch

Alvaro Antonio Estupinan Donoso

University of luxembourg

Verified email at uni.lu - Homepage

Multi-physics Modelling Systems Control IoT Networks Material Science AI


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XDEM multi-physics and multi-scale simulation technology: Review of DEM–CFD coupling, methodology and engineering applications P Peters, Baniasadi M., Baniasadi M., Besseron, Estupinan Donoso, Mohseni Particuology 44, 176-193, 2019	75	2019
XDEM employed to predict reduction of tungsten oxide in a dry hydrogen atmosphere AA Estupinan Donoso, B Peters International Journal of Refractory Metals and Hard Materials 49, 88-94, 2015	26	2015
A discrete-continuous approach to describe CaCO3 decarbonation in non-steady thermal conditions E Copertaro, P Chiariotti, AA Estupinan Donoso, N Paone, B Peters, ... Powder Technology 275, 131-138, 2015	19	2015
Extended discrete element method used for convective heat transfer predictions AA Estupinan Donoso, F Hoffmann, B Peters Int. Rev. Mech. Eng 7 (2), 328-336, 2013	15	2013
Enhanced thermal process engineering by the extended discrete element method (XDEM) B Peters, X Besseron, AA Estupinan Donoso, F Hoffmann, M Michael, ... Universal Journal of Engineering Science 1, 2013	13	2013
Exploring a Multiphysics Resolution Approach for Additive Manufacturing AA Estupinan Donoso, B Peters JOM, 1-7, 2018	8	2018
★ A Discrete/Continuous Numerical Approach to Multi-physics★ B Peters, X Besseron, AA Estupinan Donoso, A Mahmoudi, M Mohseni IFAC-PapersOnLine 48 (1), 645-650, 2015	8	2015
Developing a DEM-Coupled OpenFOAM solver for multiphysics simulation of additive manufacturing process N Aminnia, AA Estupinan Donoso, B Peters Scipedia. com, 2022	7	2022
A discrete-continuous approach to model powder metallurgy processes AAE Donoso University of Luxembourg, 2016	7	2016
The extended discrete element method (XDEM) applied to drying of a packed bed B Peters, X Besseron, AA Estupinan Donoso, F Hoffmann, M Michael, ... Industrial Combustion 14, 2014	7	2014
Multi-Scale Modeling of Melt Pool Formation and Solidification in Powder Bed Fusion: A Fully Coupled Computational Fluid Dynamics-Extended Discrete Element Method Approach N Aminnia, B Peters, AA Estupinan Donoso Available at SSRN 4502227, 0	7
A discrete-continuous method for predicting thermochemical phenomena in a cement kiln and supporting indirect monitoring E Copertaro, AA Estupinan Donoso, B Peters Engineering Journal 22 (6), 165-183, 2018	6	2018
XDEM Used for Predicting Tungsten-Oxide Reduction AA Estupinan Donoso, B Peters Computer Aided Process Engineering (CAPE) Forum 2015, 43-52, 2015	5	2015
Mathematical modeling of thermal behavior of single iron ore pellet during heat hardening oxidation H Amani, EK Alamdari, HA Ebrahim, A Estupinan, B Peters Journal of Thermal Analysis and Calorimetry, 1-11, 2021	4	2021
Computational study of the industrial synthesis of tungsten powders AAE Donoso Powder Technology 344, 773-783, 2019	4	2019
Application of the extended discrete element method (XDEM) in computer-aided process engineering B Peters, X Besseron, AA Estupinan Donoso, F Hoffmann, M Michael, ...	4	2013
Reducción de artefactos oculares en señales EEG: Filtrado adaptativo como alternativa a la regresión lineal AE Donoso	4	2009
Why Do-Discrete Element Analysis? B Peters, AE Donoso NAFEMS, 2018	3	2018
XDEM for tuning lumped models of thermochemical processes involving materials in the powder state E Copertaro, P Chiariotti, AAE Donoso, N Paone, B Peters, GM Revel Engineering Journal 20 (5), 187-201, 2016	3	2016
24th European Symposium on Computer Aided Process Engineering; An Integral Approach to Multi-physics Application for Packed Bed Reactors B Peters, X Besseron, AA Estupinan Donoso, F Hoffmann, M Michael, ... Computer Aided Chemical Engineering 33, 913-918, 2014	3*	2014

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