Follow
João Alves de Lima
João Alves de Lima
Titular Professor, Federal University of Paraíba - Brazil
Verified email at cear.ufpb.br
Title
Cited by
Cited by
Year
Computational modeling of the three-dimensional flow in a metallic stator progressing cavity pump
EE Paladino, JA Lima, RFC Almeida, BW Assmann
SPE progressing cavity pumps conference, 2008
482008
Convective heat transfer in ducts: the integral transform approach
CAC Santos, JNN Quaresma, JA Lima
Editora E-papers, 2001
48*2001
A computational model for the flow within rigid stator progressing cavity pumps
EE Paladino, JA Lima, PAS Pessoa, RFC Almeida
Journal of Petroleum Science and Engineering 78 (1), 178-192, 2011
412011
Integral transform analysis of MHD flow and heat transfer in parallel-plates channels
JA Lima, JNN Quaresma, EN Macêdo
International Communications in Heat and Mass Transfer 34 (4), 420-431, 2007
352007
On the integral transform solution of low-magnetic MHD flow and heat transfer in the entrance region of a channel
JA Lima, MGO Rêgo
International Journal of Non-Linear Mechanics 50, 25-39, 2013
302013
A simplified model for the flow in a progressive cavity pump
PAS Pessoa, EE Paladino, JA Lima
The 20th International Congress of Mechanical Engineering, 2009
292009
Hybrid solution of the averaged Navier-Stokes equations for turbulent flow
JA Lima, JS Perez-Guerrero, RM Cotta
Computational mechanics 19 (4), 297-307, 1997
211997
Forced convection heat transfer to power-law non-Newtonian fluids inside triangular ducts
CL Chaves, JNN Quaresma, EN Macedo, LM Pereira, JA Lima
Heat transfer engineering 25 (7), 23-33, 2004
192004
A 3D Transient Model for the Multiphase Flow in a Progressing-Cavity Pump
VWF de Azevedo, JA de Lima, EE Paladino
SPE Journal 21 (04), 1,458-1,469, 2016
152016
Computational 3D simulation of the flow within progressing cavity pumps
EE Paladino, JA Lima, PAS Pessoa, RFC Almeida
The 20th International Congress of Mechanical Engineering-COBEM, 2009
14*2009
A SIMPLE APPROACH TO ANALYZE THE FULLY DEVELOPED TWO-PHASE MAGNETOCONVECTION TYPE FLOWS IN INCLINED PARALLEL-PLATE CHANNELS
JA Lima, GE Assad, HS Paiva
LATIN AMERICAN APPLIED RESEARCH 46 (3-4), 93-98, 2016
92016
A Computational Model for Analysis of Fluid-Structure Interaction Within Elastomeric Progressing Cavity Pumps
JA Lima, PE Medeiros, EE Paladino, RF Almeida, BW Assmann
SPE Progressing Cavity Pumps Conference, SPE-165650-MS, 2013
92013
Mesh generation for numerical simulation of fluid-structure interaction within progressing cavity pumps
JA Lima, EE Paladino, RFC Almeida, FPM Assman
20th International Congress of Mechanical Engineering—COBEM, Gramado/RS …, 2009
9*2009
Hybrid solutions obtained via integral transforms for magnetohydrodynamic flow with heat transfer in parallel-plate channels
FA Pontes, EN Macêdo, CS Batista, JA Lima, JNN Quaresma
International Journal of Numerical Methods for Heat & Fluid Flow 28 (7 …, 2018
82018
Hybrid solution for the laminar flow of power-law fluids inside rectangular ducts
JA Lima, LM Pereira, EN Macêdo, CL Chaves, JNN Quaresma
Computational mechanics 26 (5), 490-496, 2000
72000
Escoamento Turbulento em Canais de Placas Planas e Paralelas: Análise via Transformação Integral e Modelos Algébricos e KL de Turbulência
JA LIMA
Tese de D. Sc. UFPB, Agosto, 2000
72000
Solar Heating with Flat-Plate Collectors in Residential Buildings: A Review
OE Silva Júnior, JA Lima, R Abrahão, MHA Lima, EP Santos Júnior, ...
Energies 15 (17), 6130, 2022
62022
Thermally developing turbulent flow of pseudoplastic fluids within circular tubes
JNN Quaresma, JA Lima
International communications in heat and mass transfer 25 (8), 1105-1114, 1998
61998
Improvement of methane storage capacity in activated carbon bed with bidisperse packing
JC Santos, JA Lima, JM Gurgel, F Marcondes
Brazilian Journal of Chemical Engineering 36, 831-843, 2019
52019
Hydrodynamically developed laminar flow of non-Newtonian fluids inside double-sine ducts
CL Chaves, JNN Quaresma, EN Macedo, LM Pereira, JA Lima
Hybrid Methods in Engineering 3 (2&3), 2001
52001
The system can't perform the operation now. Try again later.
Articles 1–20