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Fabio Fanari
Fabio Fanari
IRTA Institute of Agrifood science and Technology of Catalonia
Verified email at irta.cat
Title
Cited by
Cited by
Year
The effect of the relative amount of ingredients on the rheological properties of semolina doughs
F Fanari, F Desogus, EA Scano, G Carboni, M Grosso
Sustainability 12 (7), 2705, 2020
222020
Thermal properties of semolina doughs with different relative amount of ingredients
F Fanari, G Carboni, M Grosso, F Desogus
Sustainability 12 (6), 2235, 2020
202020
Thermogravimetric analysis of different semolina doughs: Effect of mixing time and gluten content
F Fanari, G Carboni, M Grosso, F Desogus
Chemical Engineering Transactions 75, 343-348, 2019
192019
The rheological properties of semolina doughs: Influence of the relative amount of ingredients
F Fanari, F Desogus, EA Scano, G Carboni, M Grosso
CHEMICAL ENGINEERING 76, 2019
162019
Microwave characterization and modeling of the carasau bread doughs during leavening
MB Lodi, N Curreli, A Melis, E Garau, F Fanari, A Fedeli, A Randazzo, ...
IEEE Access 9, 159833-159847, 2021
152021
A chemometric approach to assess the rheological properties of durum wheat dough by indirect FTIR measurements
F Fanari, G Carboni, F Desogus, M Grosso, M Wilhelm
Food and Bioprocess Technology 15 (5), 1040-1054, 2022
142022
Preliminary study and numerical investigation of an electrostatic unit for the removal of fluoride from thermal water of ethiopian rift valley
MB Lodi, F Fanari, A Fanti, F Desogus, W Getaneh, G Mazzarella, ...
IEEE Journal on Multiscale and Multiphysics Computational Techniques 5, 72-82, 2020
122020
Influence of wheat varieties, mixing time and water content on the rheological properties of semolina doughs
F Fanari, I Frau, F Desogus, EA Scano, G Carboni, M Grosso
Chemical Engineering Transactions 75, 529-534, 2019
122019
Effect of the relative amount of ingredients on the thermal properties of semolina doughs
F Fanari, G Carboni, M Grosso, F Desogus
Chem. Eng. 76, 1207-1212, 2019
102019
Broadband Dielectric Spectroscopy (BDS) investigation of molecular relaxations in durum wheat dough at low temperatures and their relationship with rheological properties
F Fanari, C Iacob, G Carboni, F Desogus, M Grosso, M Wilhelm
LWT 161, 113345, 2022
92022
Impact of water and flour components in dough investigated through low-field nuclear magnetic resonance
F Fanari, J Keller, F Desogus, M Grosso, M Wilhelm
Chemical Engineering Transactions 87, 289-294, 2021
72021
Microwave heating improvement: permittivity characterization of water–ethanol and water–NaCl binary mixtures
F Fanari, G Muntoni, C Dachena, R Carta, F Desogus
Energies 13 (18), 4861, 2020
52020
Durum wheat dough torque measurements: Characterization and study of the mixing process parameters as a function of water and salt amounts
F Fanari, IFC Naue, F Desogus, M Grosso, M Wilhelm
Chemical Engineering Transactions 87, 205-210, 2021
42021
Enhancing energy bars with microalgae: A study on nutritional, physicochemical and sensory properties
F Fanari, J Comaposada, F Boukid, E Climent, AC Coma, L Guerrero, ...
Journal of Functional Foods 109, 105768, 2023
32023
Heat transfer modeling in soil microwave heating
F Fanaria, C Dachenab, R Cartaa, F Desogusa
Chem. Eng 76, 2019
32019
Heat Transfer Modeling in Bone Tumour Hyperthermia Induced by Hydroxyapatite Magnetic Thermo-Seeds
F Fanari, L Mariani, F Desogus
The Open Chemical Engineering Journal 14 (1), 2020
22020
Study and Design of a Microwave-Assisted Bio-Reactor
F Fanari, M Marchiori
2018 26th Telecommunications Forum (TELFOR), 420-425, 2018
22018
Permittivity measurements of mixtures as a function of their composition for microwave heating improving
F Fanaria, G Muntonib, C Dachenab, R Cartaa, F Desogusa
CHEMICAL ENGINEERING 76, 2019
12019
Permittivity Measurements of Simulated Biological Tissues for Hyperthermia Applications
F Fanari, G Muntoni, C Dachena
2018 26th Telecommunications Forum (TELFOR), 1-4, 2018
12018
Microwave Disinfection of Farmlands: Nonlinear Heat Transfer Modeling
F Fanari, C Dachena
2018 26th Telecommunications Forum (TELFOR), 420-425, 2018
12018
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