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Arash Nemati Hayati

Arash Hayati

Hometown: Tehran, Iran

Undergraduate: K.N. Toosi University of Technology, Iran

Program: PhD (Graduated 2018)

Current Position: Advanced Analytics Team Lead at Boston Children's Hospital

Research Interests: Atmospheric and Oceanic flows - Urban Flow Modeling - Computational Fluid Dynamics - Biomechanics and Sports Engineering - Turbomachinary - Two-phase and Free-surface flows.

Publications:

  • Hayati, A.N., Hashemi, S.M., and Shams, M., 2012. A study on the effect of the rake angle on the performance of marine propellers. Proc. IMechE Part C: J. Mech Eng Sci 226(4), 940-955 (Cited by 2).
  • Hayati, A.N., Hashemi, S.M., and Shams, M., 2013. A study on the behind-hull performance of marine propellers astern autonomous underwater vehicles at diverse angles of attack. Ocean Eng 59, 152–163 (Cited by 2).
  • Hayati, A.N., Hashemi, S.M., and Shams, M., 2013. Design and analysis of bubble-injected water ramjets with discrete injection configurations by computational fluid dynamics method. Proc. IMechE Part C: J. Mech Eng Sci 227(9), 1945-1955.
  • Hayati A N., Ghaffari, H., and Shams, M., 2013. Computational fluid flow simulation for swimming at free surface level. Under Review.

    Contact: a.nematihayati@utah.edu

    Google Scholar Link
  • ME 6700 - Intermediate Graduate Fluid Mechanics

    Fall 2007

    Class Information

    Instructor: Eric Pardyjak
    Office: Room 160 KEN
    Phone: 585-6414
    email: pardyjak@eng.utah.edu

    Class Syllabus

    Final Exam: Friday December 14 1-3pm 120 WEB

    Announcements

    12/10/2007: Click hereto access the data for the turbulent boundary layer lab held on Wednesday Dec. 5.

    12/05/2007: Click here to access the data for the turbulent boundary layer lab held on Monday Dec. 3.

    11/28/2007: Lab 2 sessions will be held Monday (12/3) and Wednesday (12/5) in the PFD lab (building 60). Be sure to attend lecture the days you do not have lab.

    10/2007: The due date for Homework 3 has been extended until Wednesday October 17 after break.

    9/20/2007: The due date for Homework 2 has been extended until Monday September 24.

    Homework Solutions

    Homework 1
    Homework 2
    Homework 3
    Homework 4
    Homework 5
    Homework 6

    Class Calendar

    Week Class Date Day Topic Reading Due Homework Due Handouts
    1 1 08/20 M Introduction None None Syllabus
    1 2 08/22 W Math Review Kundu Ch.1 None Math Review Notes
    1 3 08/24 F Math Review - Integrals Kundu Ch.1 None
    2 4 08/27 M Math Review - Examples Kundu 2.10,2.13,2.14 and 4.1,4.2 Homework 0
    2 5 08/29 W Tensors and Summation Notation Kundu Ch 2.1-2.9, Stull Handout None Reynolds Transport Theorem
    2 6 08/31 F Reynolds Transport Theorem Currie Handout
    3 09/03 M Labor Day - No Class
    3 7 09/05 W Conservation of Mass Kundu 4.3 Homework 1 Differential forms of Conservation Equations
    3 8 09/07 F Conservation of Momentum Ch.4 Kundu
    4 9 09/10 M Conservation of Momentum
    4 10 09/12 W NS Equations Problem Session
    4 11 09/14 F NS Equations More Problems NS Notes 1
    NS Notes 2
    5 12 09/17 M Introduction to the Energy Equation Kundu 4.14
    5 13 09/19 W Mechanical Energy Kundu 4.13
    5 14 09/21 F Dimensional Analysis Kundu 3.1-4.4 and Ch. 8
    6 15 09/24 M Similarity Dimensinal Analysis Handout Homework 2
    6 16 09/26 W Scale Analysis Bejan Handout
    6 17 09/28 F Laminar Boundary Layer Introduction Kundu Ch. 10
    7 18 10/01 M Blasius Solution Kundu 10.5
    7 19 10/03 W von Karmen Integral Analysis Kundu 10.6
    7 20 10/05 F
    8 10/08 M Fall Break - No Class
    8 10/10 W Fall Break - No Class
    8 10/12 F Fall Break - No Class
    9 21 10/15 M Laminar Boundary Layer Scaling Analysis
    9 22 10/17 W Blasius Solution Introduction Homework 3
    9 23 10/19 F Blasius Solution
    10 24 10/22 M Boundary Layer Measures Ch.10.3 Runge Kutta Handout
    Shooting Method Notes
    10 25 10/24 W Midterm Exam
    10 26 10/26 F Fundamentals of Boundary Layers Video
    11 27 10/29 M von Karmen Momentum Integral
    11 28 10/31 W Karman-Polhausen Approximation Kundu Ch. 10.6 Blasius Numerical Solutions
    11 29 11/02 F Pressured Gradients and Separation Kundu 10.7
    12 30 11/05 M Introduction to Vorticity Kundu Ch. 5 Homework 4, Kundu 10.1,3,4,5
    12 31 11/07 W Simple Vortex Flows Kundu Ch.3.11
    12 32 11/09 F Vorticity Transport Equation Kundu 5.5
    13 33 11/12 M Vorticity Transport Kundu 5.5 Vorticity Handout
    13 34 11/14 W Kelvin's Circulation Theorem/Lab 1 session 1 Kundu 5.4
    13 35 11/16 F Kelvin's Circulation Theorem/Lab 1 session 2
    14 36 11/19 M APS Conference - Attend your session
    14 37 11/21 W APS Conference - No Class Homework 5, Kundu 5.2,3,7,8 (5700 2,3a and b, 8)
    14 11/23 F Thanksgiving Holiday
    15 38 11/26 M Vorticity Video
    15 39 12/28 W Circulation and Vorticity Applications APS Homework due
    15 40 11/30 F Turbulence Lecture 1 Kundu Ch13.1-10 Lab 1 due Ecke Turbulence Review Article
    16 41 12/03 M Turbulence Lecture 2/Lab 2 session 1 Kundu Ch13.11-13.12
    16 42 12/05 W Turbulence Lecture 2/Lab2 session 2 Ecke Review Article
    16 43 12/07 F Final Exam Review Class Homework 6
    12/10 M Lab 2 Due
    12/14 F Lab 3 Due - YouTube Lab

    Extra Handouts

    Vorticity handout
    Vorticity Sample problmes

    Laboratory Information

    Lab TA: Balwinder Singh
    balwindersingh@gmail.com