1. Degenerate nonlinear diffusion equations
Author: / Angelo Favini, Gabriela Marinoschi
Library: Central Library, Center of Documentation and Supply of Scientific Resources (East Azarbaijan)
Subject: Burgers equation,Degenerate differential equations
Classification :
E-BOOK
2. Functional Approach to Nonlinear Models of Water Flow in Soils
Author: \ Gabriela Marinoschi
Library: Library of Foreign Languages and Islamic Sources (Qom)
Subject: Hydrodynamics -- Mathematical models,Hydrologic cycle -- Mathematical models,Soil infiltration rate -- Mathematical models,هیدرودینامیک -- الگوهای ریاضی ,چرخه آبشناختی -- الگوهای ریاضی
Classification :
E-Book
,
3. Functional Approach to Nonlinear Models of Water Flow in Soils (Mathematical Modelling, Theory and Applications)
Author: Gabriela Marinoschi
Library: Campus International Library of Kish University of Tehran (Hormozgan)
Subject: Civil Engineering
4. Functional approach to nonlinear models of water flow in soils
Author: / by Gabriela Marinoschi
Library: Central Library and Information Center of the University of Mohaghegh Ardabili (Ardabil)
Subject: Soil infiltration rate- Mathematical models,Soils- Solute movement- Mathematical models,Groundwater flow- Mathematical models,Hydrodynamics- Mathematical models,Hydrologic cycle- Mathematical models,Nonlinear boundary value problems- Numerical solutions
Classification :
S594
.
M268
2006
5. Functional approach to nonlinear models of water flow in soils
Author: Marinoschi, Gabriela.
Library: Central Library and Information Center of Ferdowsi University of Mashhad (Khorasan Razavi)
Subject: Mathematical models ، Soil infiltration rate,Solute movement -- Mathematical models ، Soils,Mathematical models ، Groundwater flow,Mathematical models ، Hydrodynamics,Mathematical models ، Hydrologic cycle,Numerical solutions ، Nonlinear boundary value problems
Classification :
S
594
.
M268
2006
6. Functional approach to nonlinear models of water flow in soils
Author: by Gabriela Marinoschi
Library: Central Library of Shahrekord University (Chaharmahal va Bakhtiari)
Subject: Soil infiltration rate, Mathematical models,Soils, Solute movement, Mathematical models,Groundwater flow, Mathematical models,Hydrodynamics, Mathematical models,Hydrologic cycle, Mathematical models,Nonlinear boundary value problems, Numerical solutions
7. Functional approach to nonlinear models of water flow in soils
Author: / by Gabriela Marinoschi
Library: Central Library and Information Center of the University of Mohaghegh Ardabili (Ardabil)
Subject: Soil infiltration rate- Mathematical models,Soils- Solute movement- Mathematical models,Groundwater flow- Mathematical models,Hydrodynamics- Mathematical models,Hydrologic cycle- Mathematical models,Nonlinear boundary value problems- Numerical solutions
Classification :
S594
.
M268
2006
8. Functional approach to nonlinear models of water flow in soils
Author: / Gabriela Marinoschi
Library: Central Library and Document Center of Shahid Chamran University (Khuzestan)
Subject: Hydrodynamics--Mathematical models,Hydrologic cycle--Mathematical models,Soil infiltration rate--Mathematical models
9. Functional approach to nonlinear models of water flow in soils
Author: / by Gabriela Marinoschi
Library: Central Library and Information Center of the University of Mohaghegh Ardabili (Ardabil)
Subject: Soil infiltration rate- Mathematical models,Soils- Solute movement- Mathematical models,Groundwater flow- Mathematical models,Hydrodynamics- Mathematical models,Hydrologic cycle- Mathematical models,Nonlinear boundary value problems- Numerical solutions
Classification :
S594
.
M268
2006
10. Functional approach to nonlinear models of water flow in soils
Author: Marinoschi, Gabriela.
Library: Library of Razi Metallurgical Research Center (Tehran)
Subject: Mathematical models ، Soil infiltration rate,Solute movement Mathematical models ، Soils,Mathematical models ، Groundwater flow,Mathematical models ، Hydrodynamics,Mathematical models ، Hydrologic cycle,Numerical solutions ، Nonlinear boundary value problems
Classification :
S
594
.
M268
2006
