Computational Fluid Dynamics is the Future
  • Main Page
    • Purpose of Website
    • About Me >
      • My PhD Thesis
      • My Teaching at the American University of the Middle East
      • My Teaching at the University of Sharjah
      • My Books & Codes
      • My CFD Projects
      • My SolidWorks Projects
      • My Family
      • In the Living Memory >
        • Family who contributed to My Personality
        • Lecturers Who Contributed to My Personality
      • Testimonials
    • CFD2012 Blog
    • معلومات عن الموقع
    • Page Contact >
      • Feedback Form
  • Research
    • C++ for Excel
    • Undergrad Stage Advice >
      • Cheat Sheet
      • Dealing with Dyslexia
      • Work/Research Placement
    • Masters Stage Advice >
      • PIV Lab
      • Prototype Modelling Lab
      • Field Trips 2006
      • Fuel Atomization Lab
      • Cardiff Airbus Seminar
      • Research Labs
      • GT Onsite Trips
      • On-Site Visits
    • PhD Stage Advice >
      • CFD Modelling >
        • Online CFD Codes
        • CFD Mandatory Reading List >
          • CFD Book Reviews >
            • Turbulence book Reviews
          • Turbulence Modelling Books
          • Finite Element Reading List
        • Eulerian and Lagrangian Descriptions
        • Multigrid Method
        • Finite Volume Method
        • Quantum Physics
        • Navier-Stokes Equations >
          • Atmospheric
          • CFD Simulation Validation
        • Numerical Methods >
          • Numerical Methods Book Reviews
          • Derivatives of Different Orders
          • Vector Calculus
          • Solvers >
            • Iterative Method
          • Data Structures
        • Grid Classification >
          • Mesh Geneation Book Reviews
          • Delaunay Trangulation
        • Reactive Flows >
          • Anaerobic Digestion
          • Combustion Theory Notes
          • Combustion Book Reviews
          • Swirl Flow and Combustion
          • Combustion Reading List
          • Working with Mixtures
          • Combustion Theory
      • Experimentation for CFD >
        • Diffusion Sensors
        • Experimental Wind Tunnels >
          • Wind Tunnel Walk Around
          • Wind Tunnels Books
      • Design of Experiment
      • Optimization
      • My Teaching Activities
      • Google Scholar Profile
      • Yearly Upgrade Report
      • Attending Regular Seminars >
        • Publication Reading
        • Making a Presentation
        • Research Collaboration Fundamentals >
          • Writting a Publication
          • Trip Planning
      • Supervisor Guidance >
        • Studies Budget >
          • Making a Pause for Your Studies
      • Thesis Writting >
        • Putting Together the Thesis
        • List of Symbols
        • Thesis Abstract
        • Thesis Rational and Finding the Gap
        • Thesis Literature Review
        • Thesis Methodolgy
        • Thesis Hypothesis
        • Thesis Conclusion
        • Thesis Check List
      • Referencing >
        • LaTeX
        • EndNote >
          • Setting Up EndNote with Google
          • EndNote Selecting Reference Method
      • Ideal Image of the VIVA >
        • Dealing with Correction Obstactles
        • Thesis Corrections
    • Postdoc >
      • Whitelee Windfarm
      • Dumbarton Scottish Maritime Museum
      • Meetings and Negotiating
      • Student Recommendations
      • Team Work
      • Writting a Research Proposal
      • Conference Organization
      • Research Networking
      • Supervising Students >
        • Types of PhD students >
          • Mind Mapping
    • Research Trends
    • Photoshop >
      • Inserting Text in Photoshop
      • Using Brush in Photoshop
      • Using Blur in Photoshop
    • Microsoft Office Skills >
      • Flow Chart
      • Microsoft Outlook
      • Making a Poster
      • Power Point
      • Making Gantt Chart
      • Mircosoft Word Thesis Layout >
        • Adding Rear Color in Word
        • Applying a Border Line in Word
        • Steps to Write a Thesis
        • Document Heading
        • Applying Chapter Headings
        • Document Footer
        • Using Text Box
        • Using Quick Parts
      • Microsoft Excel >
        • Reading Data into Excel
    • Jobs Search >
      • Jobs Requirments >
        • Requesting Copy of Reference
        • Work Email Formats
        • Regular Rejection Excuses >
          • Email Job Replies
      • CFD Job Sites >
        • Other Jobs Sites
      • Telephone Job Interview
      • Interview Clothing
  • ANSYS-Flow Modelling
    • ANSYS CFX Tutorials >
      • ANSYS CFX Introductory Tutorials >
        • Boundary Conditions
        • ANSYS CFX Introductory 2
      • ANSYS-CFX Porous Media >
        • ANSYS-CFX Porous Media Models
        • ANSYS-CFX Porous Media Bugs
      • ANSYS CFX Single Domain Wind Turbines >
        • ANSYS CFX Double Domain Wind Turbines
        • Rotating Wind Turbine
        • Wind Turbine Stress Analysis
      • ANSYS-CFX Turbo Machinery >
        • ANSYS-CFX Pump Simulation
        • ANSYS-CFX Turbine Cooling >
          • Steps to Model Gas Turbine Blades
      • ANSYS-CFX Formula One CAR >
        • Car Aerodynamics Books
      • ANSYS-CFX Heat Exchanger >
        • ANSYS-CFX Finned Heat Exchanger
        • Phase Change Heat Exchangers
        • Shell and Tube Heat Exchangers
        • Heat Exchangers Reading List
        • ANSYS CFX Heat Exchanger Tube Wear
        • ANSYS CFX Thermal Radiation
      • ANSYS CFX Combustion >
        • ANSYS-CFX Gas Turbine Combustor
        • ANSYS-CFX Multiphase Combustion Modelling
        • ANSYS CFX Flamelet
      • ANSYS-CFX Spary Modelling >
        • ANSYS-CFX Spray Modelling in Car Engines
        • ANSYS-CFX Resolving Multiphase Interface
        • ANSYS CFX Fluid/Solid Transport
        • ANSYS-CFX Air Assisted Sprays
        • Applying a Function of Time
        • ANSYS CFX Rosin Rammler
        • ANSYS CFX Nukiyama Tanasawa
        • SAUTER MEAN DIAMETER
      • ANSYS Geophysical Simualtions >
        • ANSYS Modelling Terrain
      • ANSYS-CFX Tank Sloshing
      • ANSYS Combustion Engines >
        • Setting up ICE Simulation
        • Applying Radiation in the Engine
      • ANSYS-CFX Pelton Turbine
      • ANSYS Flow Modelling Throttle Valve
      • ANSYS-CFX Immersed Solid
      • ANSYS CFX Changing Airfoil Para
      • ANSYS Flow around Buildings
      • ANSYS CFX Compressible Flows
      • ANSYS CFX Solid Particles
      • ANSYS Horizontal Francis Turbine
      • ANSYS-CFX Kaplan Turbine
      • ANSYS-CFX Hair Dryer
      • Types of Flaps >
        • Wings
    • ANSYS-FLUENT >
      • ANSYS FLUENT Simulation Setup >
        • ANSYS FLUENT Boundary Conditions
      • ANSYS FLUENT UDF
      • ANSYS-FLUENT Heat Exchanger Tutorial
    • ANSYS Design Modeller >
      • Blade Modelling >
        • Modelling a Turbine Blade
        • ANSYS Blade Modelling
        • ANSYS BladeGen Axial Compressor
        • ANSYS BladeGen Centrifugal Compressor
      • ANSYS Design Modeler Operations
      • ANSYS Design Modeler Boolean Operations
      • Design Modeller for Turbo Machinery
    • ANSYS CFX Meshing >
      • ICEM >
        • ICEM Introductory Tutorials
        • ICEM Surfacing
        • ICEM Parallel Meshing and Repair
        • ICEM Theory
      • Importing External Geometry to ANSYS
      • ANSYS CFX Types of Meshing >
        • Mesh (Refinement/Relevance)
        • Mesh Number of Cells
        • Mesh Types
        • Mesh Sizing
      • CFX Meshing Online Material
    • ANSYS Simulation Setup >
      • ANSYS CFX Lang CEL >
        • ANSYS-CFX Time Dependent Boundary Conditions
        • Applying a time dependent Velocity Profile
        • Inserting Equation into ANSYS
      • Workbech File Structure
      • Dealing With Memory Problems >
        • Calculating Resources
        • Calculation Guide Lines
      • Applying a Source Term
      • Applying a Velocity Profile to BC
      • Varabile Dependent Boundary Condition >
        • Time dependent Boundary Condition
        • Temperature Dependent Boundary Condition
      • Applying a Riged Body
      • CFX Data Transfer
      • CFX User Functions
      • ANSYS CFX Material Addition
    • ANSYS CFX Steady/Unsteady >
      • ANSYS CFX Time Stepping
      • Time Step Planning
      • Adaptive Time Stepping
      • Length Scale
      • Time Scale
      • Number of Iterations
      • CFL Condition
      • ANSYS CFX Transient Blade Flow
    • ANSYS CFX Data Analysis >
      • ANSYS CFX Moving Mesh >
        • ANSYS Dynamic Mesh
        • ANSYS CFX GGI Interface
      • CFD-Post >
        • CFX Point Parameter
        • ANSYS Parameter Analysis
        • Fatigue Life Optimization with ANSYS nCode DesignLife
        • ANSYS-CFX Probe Tool
        • Exporting Plane Data
        • CFD-Post Parameters
        • Using FFT for Data Analysis
        • Finding Paramters of a Close Surface
        • Histograms in CFD-Post
        • Extracting Data from a Stream Line
        • Transient or Seqence in CFD-Post
        • Linear Data Analysis in CFD-Post
        • CFD-Post Point Cloud
      • ANSYS Making Movies
      • ANSYS CFD-Post Data Loading
      • ANSYS-CFX Data Importing for Analysis
      • ANSYS Loading Simulation Data
      • ANSYS CFX Analysis Tools
      • ANSYS and Excel Data Analysis
      • Using Report Viewer
    • ANSYS Simulation Validation >
      • Flow Validation Around a Cylinder
      • Grid Sensitivity Analysis >
        • ANSYS-FLUENT Time Dependent Boundary Condition
      • Validation Steps
    • ANSYS Blogs >
      • ANSYS HPC
      • ANSYS Stress Analysis >
        • Wing Stress Analysis
        • ANSYS Mechanical APDL
        • Tail Fin Stress Analysis
        • ANSYS Stress Analysis Material >
          • Assigning Boundary Conditions
        • ANSYS Friction Modelling
        • ANSYS Static Structure
        • ANSYS Rigid Dynamics
        • ANSYS Explicit Dynamics
        • ANSYS Assembly Manager >
          • ANSYS Rigid Dynamics
  • MATLAB
    • MATLAB Control Circuits
    • MATLAB GUI
    • MATLAB Fourier Transform >
      • MATLAB Fourier Transform
    • MATLAB Numerical Analysis >
      • Newton Raphson Method
      • MATLAB Derivatives
      • Coding MATLAB EQUATIONS
    • MATLAB APPLICATION >
      • MATLAB Time Dependent Beams
      • MATLAB Hydrulic Circuts Losses
      • MATLAB Sensitivity Analysis
      • MATLAB Water Resources
      • MATLAB Reciprocating Engine
      • MATLAB Ready Polygon Data
      • MATLAB Aerofoil Lift Calculation
      • MATLAB Gas Diffusion
      • MATLAB Studying Drag
      • MATLAB Fuel Droplet Studies
      • MATLAB Atmospheric
      • MATLAB Gas Turbine Code
      • MATLAB Combustion
      • MATLAB Spray Modelling
      • MATLAB Moving Sets of Data
      • MATLAB Applying Non-Slip Conditions
      • MATLAB Fuel Gas Diffusion
      • MATLAB Landing Gear
      • MATLAB Beam Analysis >
        • MATLAB Bending of Plates
      • MATLAB Wind Analysis
      • MATLAB Code for Solar Radiation
      • MATLAB SIMULATION
    • MATLAB Data Analysis >
      • Adding Descriptive Text to Images
      • MATLAB Multiplying Two Functions
      • MATLAB Image Analysis >
        • MATLAB Image Simulation
      • MATLAB Movies >
        • MATLAB Cameras
      • MATLAB Plotting Functions
      • MATLAB PDF Methods
      • MATLAB Adding Two Functions
      • MATLAB Area Segmintation
      • MATLAB Reading Data In and Out
      • MATLAB Functions Written by User
      • COUPLING MATLAB WITH SOFTWARE
    • MATLAB FlOW MODELLING >
      • MATLAB Continuity Equation
      • MATLAB Navier Stokes Equations >
        • Navier Stokes U Velocity in 2D
      • MATLAB Flow Diffusion
      • Gauss Seidel Matlab
      • MATLAB Partical Motion
      • Matlab Gauss Elimination
      • MATLAB Ideal Gas Equation
      • MATLAB Fluid Properties
      • MATLAB Gauss-Seidel Method
      • MATLAB Boundary Layer
      • MATLAB Infinitesimal strain theory
      • MATLAB Stream Functions >
        • MATLAB Studying Vorticity
        • MATLAB 2D Heat Diffusion
      • MATLAB Atmospheric Analysis
      • MATLAB Crank Nicolson
      • Building Codes >
        • MATLAB Data Generation Algorithm
        • MATLAB DNS Subsonic Code
        • MATLAB Runge Kutta
        • MATLAB DNS Sonic Code
        • MATLAB DNS Incompressible Code
      • MATLAB Flow Applications
      • MATLAB Species Concentration
      • MATLAB Wind Flow Analysis
      • MATLAB Turbulence Modelling
      • MATLAB VECTOR FIELD PLOTS >
        • Vector Fields Sites
        • MATLAB Vector Arrow Function
        • MATLAB Vector Gradient
    • MATLAB Working with Different Coordinates >
      • MATLAB Cylindrical Coordinates
      • MATLAB Spherical Coordinates
    • MATLAB Algebric Operations >
      • MATLAB Diagonal Matrix Construction
      • MATLAB Applying Shear to a Box
      • MATLAB Rotating a Set of Points
      • MATLAB Translation
      • MATLAB Scaling a Box
    • MATLAB MESH GENERATION >
      • MATLAB GEOMETRICAL MODELLING
      • MATLAB Geometric Operations
      • MATLAB Mesh Simulation
      • Delaunay Trangulation >
        • Mesh Genration Code Trials
      • MATLAB Uniform Mesh
    • MATLAB PDE Problems >
      • MATLAB Vibrations Modelling >
        • MATLAB Harmonic Motion
        • Molecular vibration
      • MATLAB Solving ODEs
    • MATLAB Reading List
  • SolidWorks
    • AutoDesk 3ds Max
    • AutoCAD
    • Aircraft Design >
      • Aircraft Design Data Base 1
      • Aircraft Structures Books
      • Aircraft Cutaway Drawings
      • Aerodynamics Book Reviews
  • Programs
    • STAR-CCM+ Tutorials
    • FORTRAN90 >
      • The Netlib
      • Salome-Platform
    • CHEMKIN
    • OpenFoam >
      • OpenFOAM Installation
      • OpenFoam Links
    • C++ >
      • C++ Compiling Your First Code
      • C++ Delaunay Triangulation

Internal Departmental Conflict 

This is when academics fight each other through each others students. This is common in academia and has a disastrous consequence on the students career.
Picture
How can the students see these wrong trends and identify them?
Its when the head of the department start assigning the students supervisor lots of teaching hours, asks him to write publications gives him 3-4 modules a term to teach in addition to assigning him several PhD and masters students. This causes the the supervisor to give up and become weak when projected with problems being thrown at from different people in the department.
This kind of climate means that the department is a complete failure.
Picture
From Twenty-Five Ways To Suppress Truth: The Rules of Disinformation (Includes The 8 Traits of A Disinformationalist) by H. Michael Sweeney. These 25 rules are everywhere in media, from political debates, to television shows, to comments on a blog.

1. Hear no evil, see no evil, speak no evil. Regardless of what you know, don’t discuss it — especially if you are a public figure, news anchor, etc. If it’s not reported, it didn’t happen, and you never have to deal with the issues.

2. Become incredulous and indignant. Avoid discussing key issues and instead focus on side issues which can be used show the topic as being critical of some otherwise sacrosanct group or theme. This is also known as the “How dare you!” gambit.

3. Create rumor mongers. Avoid discussing issues by describing all charges, regardless of venue or evidence, as mere rumors and wild accusations. Other derogatory terms mutually exclusive of truth may work as well. This method works especially well with a silent press, because the only way the public can learn of the facts are through such “arguable rumors”. If you can associate the material with the Internet, use this fact to certify it a “wild rumor” which can have no basis in fact.

4. Use a straw man. Find or create a seeming element of your opponent’s argument which you can easily knock down to make yourself look good and the opponent to look bad. Either make up an issue you may safely imply exists based on your interpretation of the opponent/opponent arguments/situation, or select the weakest aspect of the weakest charges. Amplify their significance and destroy them in a way which appears to debunk all the charges, real and fabricated alike, while actually avoiding discussion of the real issues.

5. Sidetrack opponents with name calling and ridicule. This is also known as the primary attack the messenger ploy, though other methods qualify as variants of that approach. Associate opponents with unpopular titles such as “kooks”, “right-wing”, “liberal”, “left-wing”, “terrorists”, “conspiracy buffs”, “radicals”, “militia”, “racists”, “religious fanatics”, “sexual deviates”, and so forth. This makes others shrink from support out of fear of gaining the same label, and you avoid dealing with issues.
6. Hit and Run. In any public forum, make a brief attack of your opponent or the opponent position and then scamper off before an answer can be fielded, or simply ignore any answer. This works extremely well in Internet and letters-to-the-editor environments where a steady stream of new identities can be called upon without having to explain criticism reasoning — simply make an accusation or other attack, never discussing issues, and never answering any subsequent response, for that would dignify the opponent’s viewpoint.

7. Question motives. Twist or amplify any fact which could so taken to imply that the opponent operates out of a hidden personal agenda or other bias. This avoids discussing issues and forces the accuser on the defensive.

8. Invoke authority. Claim for yourself or associate yourself with authority and present your argument with enough “jargon” and “minutiae” to illustrate you are “one who knows”, and simply say it isn’t so without discussing issues or demonstrating concretely why or citing sources.

9. Play Dumb. No matter what evidence or logical argument is offered, avoid discussing issues with denial they have any credibility, make any sense, provide any proof, contain or make a point, have logic, or support a conclusion. Mix well for maximum effect.

10. Associate opponent charges with old news. A derivative of the straw man usually, in any large-scale matter of high visibility, someone will make charges early on which can be or were already easily dealt with. Where it can be foreseen, have your own side raise a straw man issue and have it dealt with early on as part of the initial contingency plans. Subsequent charges, regardless of validity or new ground uncovered, can usually them be associated with the original charge and dismissed as simply being a rehash without need to address current issues — so much the better where the opponent is or was involved with the original source.

11. Establish and rely upon fall-back positions. Using a minor matter or element of the facts, take the “high road” and “confess” with candor that some innocent mistake, in hindsight, was made — but that opponents have seized on the opportunity to blow it all out of proportion and imply greater criminalities which, “just isn’t so.” Others can reinforce this on your behalf, later. Done properly, this can garner sympathy and respect for “coming clean” and “owning up” to your mistakes without addressing more serious issues.

12. Enigmas have no solution. Drawing upon the overall umbrella of events surrounding the crime and the multitude of players and events, paint the entire affair as too complex to solve. This causes those otherwise following the matter to begin to loose interest more quickly without having to address the actual issues.

13. Alice in Wonderland Logic. Avoid discussion of the issues by reasoning backwards with an apparent deductive logic in a way that forbears any actual material fact.

14. Demand complete solutions. Avoid the issues by requiring opponents to solve the crime at hand completely, a ploy which works best for items qualifying for rule 10.

15. Fit the facts to alternate conclusions. This requires creative thinking unless the crime was planned with contingency conclusions in place.
16. Vanishing evidence and witnesses. If it does not exist, it is not fact, and you won’t have to address the issue.

17. Change the subject. Usually in connection with one of the other ploys listed here, find a way to side-track the discussion with abrasive or controversial comments in hopes of turning attention to a new, more manageable topic. This works especially well with companions who can “argue” with you over the new topic and polarize the discussion arena in order to avoid discussing more key issues.

18. Emotionalize, Antagonize, and Goad Opponents. If you can’t do anything else, chide and taunt your opponents and draw them into emotional responses which will tend to make them look foolish and overly motivated, and generally render their material somewhat less coherent. Not only will you avoid discussing the issues in the first instance, but even if their emotional response addresses the issue, you can further avoid the issues by then focusing on how “sensitive they are to criticism”.

19. Ignore proof presented, demand impossible proofs. This is perhaps a variant of the “play dumb” rule. Regardless of what material may be presented by an opponent in public forums, claim the material irrelevant and demand proof that is impossible for the opponent to come by (it may exist, but not be at his disposal, or it may be something which is known to be safely destroyed or withheld, such as a murder weapon). In order to completely avoid discussing issues may require you to categorically deny and be critical of media or books as valid sources, deny that witnesses are acceptable, or even deny that statements made by government or other authorities have any meaning or relevance.

20. False evidence. Whenever possible, introduce new facts or clues designed and manufactured to conflict with opponent presentations as useful tools to neutralize sensitive issues or impede resolution. This works best when the crime was designed with contingencies for the purpose, and the facts cannot be easily separated from the fabrications.

21. Call a Grand Jury, Special Prosecutor, or other empowered investigative body. Subvert the (process) to your benefit and effectively neutralize all sensitive issues without open discussion. Once convened, the evidence and testimony are required to be secret when properly handled. For instance, if you own the prosecuting attorney, it can insure a Grand Jury hears no useful evidence and that the evidence is sealed an unavailable to subsequent investigators. Once a favorable verdict (usually, this technique is applied to find the guilty innocent, but it can also be used to obtain charges when seeking to frame a victim) is achieved, the matter can be considered officially closed.

22. Manufacture a new truth. Create your own expert(s), group(s), author(s), leader(s) or influence existing ones willing to forge new ground via scientific, investigative, or social research or testimony which concludes favorably. In this way, if you must actually address issues, you can do so authoritatively.

23. Create bigger distractions. If the above does not seem to be working to distract from sensitive issues, or to prevent unwanted media coverage of unstoppable events such as trials, create bigger news stories (or treat them as such) to distract the multitudes.

24. Silence critics. If the above methods do not prevail, consider removing opponents from circulation by some definitive solution so that the need to address issues is removed entirely. This can be by their death, arrest and detention, blackmail or destruction of their character by release of blackmail information, or merely by proper intimidation with blackmail or other threats.

25. Vanish. If you are a key holder of secrets or otherwise overly illuminated and you think the heat is getting too hot, to avoid the issues, vacate the kitchen.

No collaboration between different departments at the University

This is where you find the physics department dosent allow engineering students to use their facilities and physics students to use the school of engineering facilities.
Picture

No Collaboration between to universities in one city

This is when two universities are located in one city and no collaboration what so ever occurs between them.
Picture

Steps for Building a Healthy Department

1- Set strategic goals.
2- Encourage faculty contributions.
3- Engage students.
4- Build on individual faculty members’ strengths and minimize their weaknesses. 
5- Work closely with alumni, friends, and advisory boards. 
6- Look beyond the department.

Picture
http://www.facultyfocus.com/articles/academic-leadership/advice-for-department-chairs-six-steps-for-building-a-healthy-department/
Picture

Unless otherwise noted, all content on this site is @Copyright by Ahmed Al Makky 2012-2015 - http://cfd2012.com
Web Hosting by Just Host