statistiche ricercatore

FORZAN, MICHELE

Distribuzione geografica

Continente	#
NA - Nord America	3.590
EU - Europa	2.823
AS - Asia	578
Continente sconosciuto - Info sul continente non disponibili	12
Totale	7.003

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Nazione	#
US - Stati Uniti d'America	3.587
IT - Italia	1.764
UA - Ucraina	493
SE - Svezia	210
CN - Cina	194
VN - Vietnam	175
TR - Turchia	167
IE - Irlanda	147
DE - Germania	108
FR - Francia	55
SG - Singapore	36
GB - Regno Unito	30
EU - Europa	12
FI - Finlandia	6
BE - Belgio	3
CA - Canada	3
ES - Italia	2
JP - Giappone	2
RU - Federazione Russa	2
TW - Taiwan	2
AT - Austria	1
HK - Hong Kong	1
IR - Iran	1
LT - Lituania	1
NL - Olanda	1
Totale	7.003

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Città	#
Milan	1.400
Fairfield	579
Jacksonville	410
Dearborn	289
Woodbridge	281
Wilmington	238
Ashburn	236
Seattle	235
Cambridge	206
Houston	204
Izmir	167
Princeton	164
Chandler	157
Dublin	147
Boardman	99
Nyköping	97
Rome	88
Dong Ket	84
Ann Arbor	83
Beijing	59
Ogden	38
San Diego	35
Singapore	34
Nanjing	25
Hefei	23
Santa Clara	18
Kunming	14
New York	13
Chicago	11
Jinan	10
London	10
Guangzhou	6
Norwalk	6
Frankfurt am Main	5
Fuzhou	5
Helsinki	5
Verona	5
Chiswick	4
Nanchang	4
Shenyang	4
Xian	4
Brussels	3
Hebei	3
Kilburn	3
Munich	3
Padova	3
Strasbourg	3
Tianjin	3
Acton	2
Baotou	2
Berlin	2
Chaoyang	2
Fayetteville	2
Hounslow	2
Kaohsiung	2
New Bedfont	2
Nuremberg	2
Quzhou	2
Taizhou	2
Tappahannock	2
Tokyo	2
Toronto	2
Valencia	2
Zhengzhou	2
Carvin	1
Cascina	1
Central	1
Changchun	1
Changsha	1
Chengdu	1
Chongqing	1
Como	1
Corbetta	1
Falls Church	1
Hangzhou	1
Lappeenranta	1
Los Angeles	1
Mountain View	1
Nanning	1
Ottawa	1
Raleigh	1
Redwood City	1
Salerno	1
Segrate	1
Shanghai	1
Shaoxing	1
Tehran	1
Trento	1
Vienna	1
Washington	1
Wuhan	1
Yinchuan	1
Zaragoza	1
Totale	5.584

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Nome	#
Multi-objective design of a magnetic fluid hyperthermia device	151
A 3D numerical FEM model for the simulation of induction welding of tubes	143
A 3D numerical fem model for the simulation of induction welding of tubes	141
A BENCHMARK PROBLEM OF INDUCTION HEATING ANALYSIS	131
3D FE analysis and control of a submerged arc electric furnace	126
Self-adaptive NGSA algorithm and optimal design of inductors for magneto-fluid hyperthermia	123
3D FE analysis and control of a submerged arc electric furnace	122
A Translational Coupled Electromagnetic and Thermal Innovative Model for Induction Welding of Tubes	120
A benchmark problem of induction heating analysis	117
Analysis of the effect of not-parallel needles in electroporation	117
Design concepts of induction mass heating technology based on multiple-criteria optimization	116
A Paretian Approach to Optimal Design With Uncertainties: Application in Induction Heating	114
Design concepts of induction mass heating technology based on multiple-criteria optimization	110
Migration-corrected NSGA-II for improving multiobjective design optimization in electromagnetics	110
Optimal design of an inductor for MFH: From models to laboratory-scale prototype	110
A Translational Coupled Electromagnetic and Thermal Innovative Model for Induction Welding of Tubes	109
A numerical evaluation of electromagnetic fields exposure on real human body models until 100 kHz	108
Electrical resistance in inhomogeneous samples during electroporation	107
A numerical evaluation on Electromagnetic fields exposure on real human body models until 100 kHz	107
Histological Characteristics of Soft Tissue Sarcomas Correlated to Electrical Resistance	106
Prototype of a Flexible Grid Electrode to Treat Large Surfaces by Means of Electrochemotherapy	105
Electroporation of inhomogeneous samples: From conduction field to equivalent resistance	105
Handling sensitivity in multiobjective design optimization of MFH inductors	105
Multi-objective optimisation of induction heating processes: methods of the problem solution and examples based on benchmark model	105
Three-criteria numerical optimisation as a base for designing induction mass heating	105
Electrical Resistance of Tumor Tissue during Electroporation: An Ex-Vivo Study on Human Lipomatous Tumors	103
A paretian approach to optimal design with uncertainties: application in induction heating	103
Effect of Electrode Distance in Grid Electrode: Numerical Models and In Vitro Tests	102
Microscopic histological characteristics of soft tissue sarcomas: analysis of tissue features and electrical resistance	101
Multi-objective optimisation of induction heaters design based on numerical coupled field analysis	101
Optimal design of inductors for magnetic-fluid hyperthermia by means of migration-assisted NSGA	99
Migration NSGA: method to improve a non-elitist searching of Pareto front, with application in magnetics	99
Electric field computation and measurements in the electroporation of inhomogeneous samples	99
Multi-objective design of a power inductor: a benchmark problem of inverse induction heating	98
Multiobjective design optimization of an induction heating device: A benchmark problem	97
Sensitivity-based optimal shape design of induction-heating devices	96
Electrical resistance of human soft tissue sarcomas: an ex vivo study on surgical specimens	96
Optimal inductor design for nanofluid heating characterisation	94
Optimal design of inductors for magneticfluid hyperthermia by means of migrationassisted NSGA	94
Improved solution to a multi-objective benchmark problem of inverse induction heating	92
HES-16 International Conference on heating by electromagnetic sources	91
Migration-corrected NSGA-II for improving multiobjective design optimization in electromagnetics	87
New needle-grid electrodes for Electrochemotherapy	86
Evaluation of the exposure to magnetic field generated by welding equipment with reference to induced current density	85
Comparison between different synthetic methods in the production of magnetic Fe3O4 nanoparticles	81
Synthesis, Characterization and Application of Iron Oxide Magnetic Nanoparticles for Magneto Fluid Hyperthermia Therapy6th European Conference of the International Federation for Medical and Biological Engineering	80
Physical characterization of high rate heating magnetic nanoparticles for MFH	77
New magnetic nanodevices for Magneto Fluid Hyperthermia applications	75
Switch of design variables: a cost-effective identification of the Pareto front in inverse magnetics	73
UNCERTAINTY-TOLERANT MAGNETIC FIELD SYNTHESIS	73
Iron oxide magnetic nanoparticles included in PLGA nanoparticles and liposomes for MFH applications	72
HES-13 International Conference on heating by electromagnetic sources	71
Morphological and thermal characterization of magnetic nanoflowers	70
Simple 3D fem models for evaluation of EM exposure produced by welding equipments	70
ANALISI AGLI ELEMENTI FINITI 3D E CONTROLLO DI UN FORNO ELETTRICO AD ARCO SOMMERSO	69
Simple 3D fem models for evaluation of EM exposure produced by welding equipments	68
3D model for treatment planning in electrochemotherapy	67
SELF-ADAPTIVE NSGA ALGORITHM FOR THE OPTIMAL DESIGN OF ELECTROMAGNETIC DEVICES FOR MFH	67
LEP-Laboratory for Electroheat of Padua University	65
Evaluation of the exposure to magnetic field generated by welding equipment with reference to induced current density	65
COMPARISON OF MAGNETIC AND HEATING PROPERTIES OF IRON OXIDE NANOPARTICLES FOR HYPERTHERMIA	64
Optimal Inductor Design for Nanofluid Magnetic Characterisation	60
Elettrochemioterapia clinica e computazionale	60
Magneto-Fluid Hyperthermia: A Multidisciplinar Approach. Design of an Experimental Set Up	59
Parametric vs non-parametric optimal design of induction heating devices	59
Multi-objective optimization for advanced design of induction through heaters	59
Evaluation of the Electroporation Efficiency of a Grid Electrode for Electrochemotherapy: From Numerical Model to In Vitro Tests	59
Metal oxide magnetic nanoparticles for hyperthermia therapy	58
PROGETTAZIONE OTTIMA DI UN INDUTTORE PER RISCALDAMENTO A INDUZIONE: APPROCCIO MULTIOBIETTIVO E MULTIFISICO	58
Iron oxide magnetic nanoparticles for magnetic fluid hyperthermia therapy: synthesis and characterization	57
Electrical resistivity of a billet in a longitudinal levitator: An identification method	56
Multi-objective optimization as an innovative method to design induction heat	55
Numerical FEM models for the evaluation of EM fields exposure near welding machines	55
Multi-physics and multi-objective design of a benchmark device: A problem of inverse induction heating	55
Pulsed electric field applied to biological tissue: measurement set-up to evaluate electrical resistivity	55
Ipertermia magneto-fluida: un approccio multidisciplinare	54
Modele polowe grzania indukcyjnego w zastosowaniach przemyslowych	54
SELF-adaptive Migration-NSGA algorithm: An application in uncertainty-tolerant magnetic field synthesis for MFH inductor design	54
Optimal design of a pancake inductor for induction heating: a multiphysics and multiobjective approach	53
Parametric vs non-parametric optimal design of induction heating devices	53
Ferrofluids made of magnetic nanoflowers: effect of the carrier fluid on magnetic and heating properties	37
Identification of the electrical resistivity of a billet in a longitudinal levitator: an inverse problem approach	34
Totale	7.087

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Categoria	#
all - tutte	27.453
article - articoli	0
book - libri	0
conference - conferenze	0
curatela - curatele	0
other - altro	0
patent - brevetti	0
selected - selezionate	0
volume - volumi	0
Totale	27.453

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	Totale	Lug	Ago	Sett	Ott	Nov	Dic	Gen	Feb	Mar	Apr	Mag	Giu
2019/2020	1.314	0	0	0	0	101	292	290	227	117	146	30	111
2020/2021	1.098	13	114	16	154	32	127	42	103	190	37	106	164
2021/2022	589	87	63	11	14	16	32	7	32	51	136	41	99
2022/2023	620	92	3	18	47	59	160	0	76	93	37	15	20
2023/2024	1.973	353	400	345	373	392	38	4	9	51	7	0	1
2024/2025	193	1	2	175	2	13	0	0	0	0	0	0	0
Totale													7.087