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Publications

On unsteady rolling motion of spheres in inclined tubes filled with incompressible Newtonian fluids
M Jalaal, DD Ganji
– Advanced Powder Technology
(2011)
22,
58
MESHLESS LOCAL RBF-DQ FOR 2-D HEAT CONDUCTION: A COMPARATIVE STUDY
S Soleimani, D Ganji, E Ghasemi, M Jalaal, H Bararnia
– Thermal Science
(2011)
15,
117
Unsteady Motion of a Single Rising Bubble in Low Reynolds Numbers: An Analytical Study
M Jalaal, D Ganji
– International Journal of Fluid Mechanics Research
(2011)
38,
38
One-dimensional single rising bubble at low Reynolds numbers: solution of equation of motion by differential transformation method
M Jalaal, S Ghafoori, M Motevalli, MG Nejad, DD Ganji
– Asia Pacific Journal of Chemical Engineering
(2010)
7,
256
An experimental study on the motion, deformation and electrical charging of water drops falling in oil in the presence of high voltage DC electric field
M Jalaal, B Khorshidi, E Esmaeilzadeh
– Experimental Thermal and Fluid Science
(2010)
34,
1498
Local RBF-DQ method for two-dimensional transient heat conduction problems
S Soleimani, M Jalaal, H Bararnia, E Ghasemi, DD Ganji, F Mohammadi
– International Communications in Heat and Mass Transfer
(2010)
37,
1411
Numerical simulation of joule heating phenomenon using meshless RBF-DQ method
H Bararnia, M Jalaal, E Ghasemi, S Soleimani, DD Ganji, F Mohammadi
– International Journal of Thermal Sciences
(2010)
49,
2117
Behavior of a single bubble in a nonuniform D.C. Electric field
M Jalaal, B Khorshidi, E Esmaeilzadeh, F Mohammadi
– Chemical Engineering Communications
(2010)
198,
19
Characteristics of deformation and electrical charging of large water drops immersed in an insulating liquid on the electrode surface.
B Khorshidi, M Jalaal, E Esmaeilzadeh, F Mohammadi
– Journal of Colloid and Interface Science
(2010)
352,
211
An analytical study on motion of a sphere rolling down an inclined plane submerged in a Newtonian fluid
M Jalaal, DD Ganji
– Powder Technology
(2010)
198,
82
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Research Group

Biological Physics and Mechanics

Room

H0.12

Telephone

01223 764043