LEILA NASR AZADANI
Assistant Professor
Department of Chemical Engineering
Thermokinetics & Transport Phenomena
Department of Chemical Engineering
Thermokinetics & Transport Phenomena
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Email:
l.azadani
aut.ac.ir
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h-index (Scopus):
4
Citations (Scopus):
Journal Papers
Portal Records
1
Amir Mohammad Fardazad, Leila Nasr Azadani, "Multi objective optimization of the baffle parameters for a tubular membrane", JOURNAL OF THE TAIWAN INSTITUTE OF CHEMICAL ENGINEERS, July 2021
Vol. 0,
Num. 0,
Page 1-9,
July 2021,
Taught Courses
#
Course title
Description
Headlines
Date
1
Advanced Chemical Eng. Mathematics
Introducing analytical and numerical methods for solving systems of linear equations, ordinary differential equations and partial differential equations in chemical engineering
Fall 2022
2
Fluid Mechanics I
Presenting the basic principles and equations of fluid mechanics
Fall 2022
3
Convective Heat Transfer
Exploring fundamental equations of fluid flow and heat transfer, boundary layer equations, internal and external heat transfer, and laminar and turbulent heat transfer
Spring 2022
4
Heat Transfer
To present the basic principles and equations of heat transfer
Spring 2022
5
Fluid Mechanics II
Familiarity with fluid flow in chemical engineering
Spring 2022
6
Advanced Mathematics
Introducing Analytical and numerical methods for solving systems of linear equations, ordinary differential equations and partial differential equations in chemical engineering
Fall 2021
7
Fluid Mechanics I
Presenting the basic principles and equations of fluid mechanics
Fall 2021
8
Turbulence in Fluids
Providing a General Introduction to Turbulent Flows
Fall 2021
9
Advanced Chemical Eng. Mathematics
Introducing analytical and numerical methods for solving systems of linear equations, ordinary differential equations and partial differential equations in chemical engineering
Fall 2021
10
Computational Methods in Polymeric Systems
Introducing analytical and numerical methods for solving systems of linear equations, ordinary differential equations and partial differential equations in chemical engineering
Fall 2021