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█ Mohammad Javad Ostad Mirza Tehrani, Ph.D.
█ Assistant Professor
Hydraulics Group Civil Engineering Faculty ▪ K.N. Toosi University of Technology
mohammad [dot] tehrani [at] kntu [dot] ac [dot] ir ▪ +98 (0)21 8820 14 30 (Ext: ---)

 

 

 
         
   


 

 
   

Fluid Mechanics



 
   


 

 



 

 

 

 

 
         
 

Course Objectives


     
   
  • To know fundamentals of Fluid Mechanics, used in the applications of civil engineering, etc.  

  • To explain fluid properties and behavior under various conditions. 

  • To state hydrostatic law, principle of buoyancy and stability of a floating body and application of mass, momentum equation in fluid flow.

  • To inculcate the importance of fluid flow measurement and its applications in Industries.  

  • To know basics laws and equations of dynamic fluid and solve the relevant problems.

   
         
 

Course in Brief


     
   

  1.Introduction

  2. Fluid Statics

  • Introduction and Basic Concepts

  • Properties of Fluids

  • Pressure and Fluid Statics

  • Relative Equilibrium

  • Stability of Submerged and Floating Objects

  3. Fluid Dynamics

  • Fluid Kinematics

  • Continuity and Momentum Equations

  • Momentum and Energy Analysis of Flow Systems

  • Flow in Pipes

  • Dimensional Analysis and Modelling

   
         
 

Requirements


     
   
  • The course is taught in Farsi and requires participants to be familiar with Statics principles.

  • To carry distributed notes and personal calculator during the course sessions.

   
         
 
Bibliography
     
   
  • Engineering Fluid Mechanics (Elger et al.)

  • Fluid Mechanics (Chamani et al.)

  • Fluid Mechanics (Douglas et al.)

  • Fluid Mechanics (Fox et al.)

  • Fluid Mechanics with Engineering Applications (Daughtery & Franzini)

  • Fluid Mechanics (Streeter et al.)

  • Fluid Mechanics (Zarrati)

  • Fundamentals of Fluid Mechanics (Munson et al.)

  • Mechanics of Fluids (Shames)   

   
         
 
More Advanced Texts 
     
   
  • Fluid Mechanics (White)

  • Mechanics of Fluids (Massey et al.) 

   
         
 
  Supplementary

     
   

*Hand-notes and some other resources may be found uploaded on internal server (FTP):
//192.168.12.17/training/Ostad Mirza Tehrani

 

   
         
 

Fall 2020


     
   

September 21, 2020 - January  11, 2021

شهریور 29 الی21 دی

ُSaturdays and Mondays- 07h30 - 09h00 & 09h00 - 10h30

Course Booklet (Fall 2020, 1399-1)

Mid-Term Exam Marks - GI & GII, (Fall 2020, 1399)

Excursion (----)

Final Exam, Pre-Marks, (Fall  2020, 1399)

Final Exam, Final-Marks, (Fall  2020, 1399)
   
         
 
Spring 2020
     
   

February 09, 2019 - June 22, 2020

بهمن 19 الی 23 تیر

Saturdays and Mondays - 10h30 - 12h00

Course Booklet (Spring 2020, 1398-2)

Mid-Term Exam Marks (Spring 2019-20, 1398-99)

Final Exam Marks (Spring 2019-20, 1398-99)
   
         
 

Fall 2019


     
   

September 21, 2019 - January  11, 2020

شهریور 30 الی21 دی

ُSaturdays and Mondays- 07h30 - 09h00 & 09h00 - 10h30

Course Booklet (Fall 2019, 1398-1)

Mid-Term Exam Marks - GI, (Fall 2019, 1398)

Mid-Term Exam Marks - GII, (Fall 2019, 1398)

Excursion (12.10.1398)

Final Exam, Pre-Marks, (Fall  2019, 1398)

Final Exam, Final-Marks, (Fall  2019, 1398)
   
         
 

Spring 2019


     
   

February 09, 2018 - June 22, 2019

بهمن 21 الی 09 تیر

Saturdays and Mondays - 09h00 - 10h30

Course Booklet (Spring 2019, 1397-2)

Mid-Term Exam Marks (Spring 2018-19, 1397-98)

Final Exam Marks (Spring 2018-19, 1397-98)
   
         
 
Fall 2018
     
   

 September 22, 2018 - January  11, 2019

شهریور 31 الی21 دی

ُSaturdays and Mondays - 09h00 - 10h30

Course Booklet (Fall 2018, 1397-1)

Mid-Term Exam Marks, (Fall 2018, 1397)

Excursion (12.10.1397, WRI)

Final Exam, Pre-Marks, (Fall  2018, 1397)

Final Exam, Final-Marks, (Fall  2018, 1397)

   
         
   

 

 

 

 

 

 

 

   
     
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