Suivre
Tadeu Mendonca Fagundes
Tadeu Mendonca Fagundes
Autres nomsTadeu Fagundes, Tadeu M Fagundes
Florida State University
Adresse e-mail validée de danfoss.com
Titre
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Année
Constructal design associated to genetic algorithm of asymmetric V-shaped pathways
ESD Estrada, TM Fagundes, LA Isoldi, ED dos Santos, G Xie, LAO Rocha
Journal of Heat Transfer 137 (6), 061010, 2015
312015
Constructal design of T-shaped morphing fins coupled with a trapezoidal basement: a numerical investigation by means of exhaustive search and genetic algorithm
C Biserni, FL Dalpiaz, TM Fagundes, LAO Rocha
International Journal of Heat and Mass Transfer 109, 73-81, 2017
282017
Fluid flow and heat transfer maximization of elliptic cross-section tubes exposed to forced convection: A numerical approach motivated by Bejan's theory
AL Razera, LA Quezada, TM Fagundes, LA Isoldi, ED dos Santos, ...
International Communications in Heat and Mass Transfer 109, 104366, 2019
212019
Constructal Design of Conductive Asymmetric Tri-Forked Pathways
TM Fagundes, G Lorenzini, ESD Estrada, LA Isoldi, ED dos Santos, ...
Journal of Engineering Thermophysics 28 (1), 26-42, 2019
172019
How the thermal environment shapes the structure of termite mounds
TM Fagundes, JC Ordonez, N Yaghoobian
Royal Society Open Science 6 (1), 191332, 2020
122020
Geometric optimization of T-shaped constructs coupled with a heat generating basement: A numerical approach motivated by Bejan’s constructal theory
G Lorenzini, C Biserni, FL Dalpiaz, TM Fagundes, LAO Rocha
Journal of Engineering Thermophysics 26, 485-497, 2017
112017
The role of mound functions and local environment in the diversity of termite mound structures
TM Fagundes, JC Ordonez, N Yaghoobian
Journal of theoretical biology 527, 110823, 2021
102021
Geometric optimization of morphing fins coupled with a semicircular heat generating body: A numerical investigation on the basis of Bejan's theory
C Biserni, FL Dalpiaz, TM Fagundes, M Garai, LAO Rocha
International Communications in Heat and Mass Transfer 86, 81-91, 2017
102017
The north–south orientation of Australian termite mounds is due to the Sun and local wind: A heat transfer investigation
TM Fagundes, JC Ordonez, N Yaghoobian
Journal of Applied Physics 128 (8), 084903, 2020
62020
Constructal design of a triangular fin inserted in a cavity with mixed convection lid-driven flow
AL Razera, TM Fagundes, FM Seibt, RJC da Fonseca, DJC Varela, ...
Defect and Diffusion Forum 372, 188-201, 2017
62017
Constructal design of branched conductivity pathways inserted in a trapezoidal body: A numerical investigation of the effect of body shape on optimal pathway structure
TM Fagundes, N Yaghoobian, LAO Rocha, JC Ordonez
Proc. Rom. Acad. Ser. A Math. Phys. Tech. Sci. Inform. Sci 18, 297-302, 2018
52018
Design construtal de caminhos de condução assimétricos trifurcados
TM Fagundes
12016
The Role of Environment, Material, and Regulatory Function in the Morphological Diversity of Termite Mounds
T Fagundes, J Ordonez, N Yaghoobian
APS March Meeting Abstracts 2021, R11. 003, 2021
2021
The role of environment, material, and function in the morphological diversity of termite mounds
T Fagundes, J Ordonez, N Yaghoobian
Bulletin of the American Physical Society 65, 2020
2020
Investigation of the Role of Function, Material, and Environment in the Structural Form of Natural Structures
TM Fagundes
The Florida State University, 2020
2020
Impact of Disturbances in the Overlying Atmospheric Boundary Layer on the Mechanisms of Urban Canyon Ventilation
T Fagundes, J Ordonez, N Yaghoobian
APS Division of Fluid Dynamics Meeting Abstracts, Q05. 009, 2020
2020
Effect of the Instabilities in the Overlying Atmospheric Boundary Layer on the Street Canyon Ventilation
T Mendonca Fagundes, N Yaghoobian, J Ordonez
APS Division of Fluid Dynamics Meeting Abstracts, M02. 016, 2019
2019
Wind Extraction for Natural Ventilation
T Fagundes, N Yaghoobian, R Kumar, J Ordonez
APS Division of Fluid Dynamics Meeting Abstracts, F25. 001, 2017
2017
Projeto constructal da geometria de materiais altamente condutivos aplicados à refrigeração por condução de calor
TM Fagundes
2014
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Articles 1–19