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

PhD Experience and Advice

I would like to share my PhD experience with others to make life easier for them. Remember that the period of three years or four passes very quickly as much as you see its a long period as you will later find out that its not. Therefore I have found the following picture to be very expressible
Picture
If you find PhD is a long period of time another alternative attending you PhD on Mars:
Picture
A summary of all the stages a PhD student goes through
Picture

Supervisors Guidlines

During the process, the supervisor:

1- When asked, should provide feedback and guidance to students regarding their choice of research questions/project goals, data- or information-collection methods, and analysis strategies.

2- May hold individual work-in-progress interviews with students to discuss the progress of their papers or presentations, explore issues and/or discuss topics and perspectives, and question students as necessary.

3- May provide necessary background for a topic – including suggesting possible resources – so that students are not disadvantaged in their exploration.

4- May help students with the mechanics of the research process (e.g., strategizing to find answers to questions or helping them understand how to access resources).

5- May provide general feedback to students about elements of their papers or presentations that need improvement. 

6- May vary in number, according to the needs of the paper or presentation.


During the process, the supervisor may not:

1- Generate research questions/project goals for students.

2- Conduct or provide research, articles, or evidence for students.

3- Write, revise, amend, or correct student work.

4- Provide or identify the exact questions a student will be asked prior to his or her oral defense (i.e., students should be prepared to answer every one of the oral defense questions).

5- Provide unsolicited help (i.e., students must initiate conversations that call for consultant feedback, such as asking a question to which the consultant can then respond).

Sceintfic Contribution and Validation

The number one rule is that the scientific contribution is based on the recognition of members of research about your work. How is that achieved, the answer is through publications.
Picture
The second rule is always validate your work with experimental data done by you is recommended, because its much difficult to redo others work.
Picture
The third rule is persistence to achieve objective.
Picture

When PhD Becomes a Businesses More than an Educational System

This has been reported many times by students. A simple project can be made the worst nightmare for the student. Its when the academic institution tries to show students and others they are working on very complex and hard topics (pretending they are doing work). Then when people come to learn this science they find out its a big lie no one is willing to share or pass on their know how. In order to draw the student in a trap. Usually this happens after one year and a half that his selection was wrong and half of his PhD funds have already been used.  This when the academic system becomes very much like any bureaucratic institution.  The student is always diverted from his rights and not told about it so that he never finishes.  Always the university keeps all the strong cards leaving the student with no strong cards to play and finish.
1- Never give the student constructive advice to get to the end goal.

2- Give him a project that has no end.

3- Never give him correct experimental data or arrange to give him wrong experimental data. 

4- Drive him to an area of science that no one is willing to share or likes to work in.

5- Forcing the student to submit weak or incomplete work.
Picture

How to know that your Work is New

You can check on Google and see the proposed project by your supervisor. Then you search for online publications and thesis relating to the subject. Once you found that some research is done in the required area the next step is to see what are the guidelines provided by the publishers to publish that kind of material in the good journal paper.
Picture
The best song that describes a PhD students experience is the Bee Gees Staying Alive song. when working with the wrong people:
What you know in a PhD can be characterized into three:
Picture
As a researcher your mind gradually adopts this study mode:
Picture

Researchers Guidelines: A General Overview

The researcher needs to accumulate a certain amount of information to be awarded the PhD, Circumstances and luck play a major role during the process. As a researcher you will have to get used of encountering problems on a regular basis. During the start of your PhD these problems will be regular but with time the student would accumulate the required skills to overcome these problems. The stress at the beginning of the process is a result of frustration of not knowing exactly how to approach the problem, so as a result the frustration is due to something assigned to the brain to handle which it has not dealt before. This is where the analysis of the problem comes in: is it a mathematical side of things, is it a hardware side of things, is it an external matter. The other thing is how much time do I have to give it, to what detail do i have to go to.
Picture
You need to keep trying thats how you get to your objective  and achieve your goals. Do not  ever expect to achieve your goals from the first trial. 
Picture

PhD Advice:

The researchers input of experience and knowledge during the PhD process comes from the following:

1-Research Group:

Having a good group with colleges that are cooperative and willing to share knowledge is important. What has to be known is that the higher the teams standard, the better the prospectus and future of the group. What has to be clear to others is that you can’t know everything and what you now you will forget later if you don’t make use of it and pass on. If you feel that your group climate is uncooperative then that is a sign that you should change projects. Respect between people in a group is essential because once the respect has gone it is very difficult to get back. Once group members try to make you feel bad and incompetent then it’s not worth investing time in that group; if there is a good team leader he wouldn’t tolerate these actions. Another negative sign in the group is that the group leader focuses on one member. Once members in a research group feels one colleague is acting in a negative manner towards them then trust breaks down and sharing work and information becomes impossible.

If group members make it difficult to be accessible then that’s an indirect signal that they don’t want to help and through excuses they try to isolate you when they have their activities, lunch breaks, celebrations ....etc.
Picture

2-Supervisor:

The supervisor has an overall view of the research field which helps you in knowing if the idea you are thinking of has or hasn’t been done before. Also, his attitude is to make the research group work in a team. When he makes his group works to publish that is a positive sign for progress. The supervisor should provide his student with space to work and think at the same time, not to cause him stress to the extent that the student has a breakdown. The student needs all his mind power to think and work, once the student starts having negative thoughts then he can’t work. You need to know your position, meaning that if your funding your PhD you have more freedom to take decisions regarding the direction of your work, while on the other hand your situation would be more restricting in the case of a funded project.  A funded project by a company restricts you to the path specified by the funder therefore you end up working presenting, writing reports, preparing a poster and writing two to three papers during the PhD period.

You need not to rush in taking a decision on what field you want to work in, try to get a clear picture about the field you want to work in, this will help you in knowing the contents of your research proposal before enrolling into your PhD. Sometimes you need to be able to clarify that you can do the project you are assigned.
Picture
Usually the student through PhD will acquire the information, shown on the left hand side, the problem with lots of ideas is linking them together, this is where your supervisors role comes guiding you to link the ideas together, as shown on the right hand side. When working with an effective responsible supervisor he will give you the circuit diagram to connect them while when working with a negligent supervisor he will will keep the circuit diagram to him self therefore that will increase the period of PhD from three years to 6-8 years.
Picture
The PhD student requires a sufficient work budget including his scientific knowledge accumulated throughout his education path line. 
Picture

3-Books:

Usually at least one book in the research field has to be covered by the researcher relating to the research area, this book is sometimes regarded as the bible of the studied area. Sometimes if you have shifted to a new field completely you might have to read 60 books to fill all the fundamental gaps you need, that's a worst case scenario of course. But a medium level  PhD would require you to read about 12 books.

4-Journals:

There is a certain amount of papers the researcher has to read as a requirement, the amount depends on how new or old the research field is. You would usually notice that at the end of the PhD thesis between 60 and 200 references have been mentioned. Again it’s not about the number, it’s about how efficiently you make use of the references to make a statement or back up a view for an argument.

5- Conferences:

Going to a conference after 6 months of the PhD would be helpful because that would provide you with a good summary on the latest developments on the field you are working on. Going to many conferences is a negative point because you won’t get the chance to work, plan and prepare and secure funding. If you see a conference as a holiday to get a sun tan or a vacation for shopping then find another job in life which provides you with such a life style. Research is time consuming and mentally demanding.

6-Visual Media Material such as YouTube:

There are lots of lectures on different scientific topics on YouTube, they can be helpful because you can watch them at any time you find convenient for you.
Picture

7-Friends:

During university life you mix with lots of people working in different areas of science. You can learn lots of skills from them just by listening to them on how they dealt with their problems and how they take notes. You have to learn how to communicate with different field of research scientists. This is a required skill especially as research teams are made up of several members, each with different skills and talents. There is no point in having a research group in which everybody has the same skills. Learn how to understand other cultures and respect them. Try to work with productive people. You need to have friends that understand your problem when you share it with them, not all people are capable of understanding your problem.
Picture

8-Web:

Lots of academics have their material online. That can really save you time through downloading their lecture notes, handouts and assignments. A PhD is a self learning process which requires a lot of reading. When looking at PowerPoint slides that are intended for lectures to assist students, you need to identify the slides that you can extract some fundamental issues from that you require to solve your problems. Sometimes the only way to solve your problem your stuck with is through contacting other people in the academic field, this is one of the blessings of the 21st century where internet provides you a window to the whole world. So when you do get stuck don't look at the walls.

9-Identfying Positive from Negative Guidance:

In around 6 to 8 months you can identify the quality of guidance you get if you have no prior knowledge in the field you have been chosen to work in. If you have prior knowledge you can figure out your situation at the first two months. The PhD time taken depends on many factors so do not compare yourself with others becouse each person is exposed to different challenges.

10- Problem Flow Up:

You will need to be persistent in following up your research data till you acquire all you need of data.
Picture

Ideas that can Improve Work Efficiency

During your PhD you will be exposed to lots of information you will need to find a way to cover it quickly and efficiently.
1-Having organized files on your desktop, I must admit it’s something difficult especially if you have started in a new field, at that time everything will seem important. 
Picture
2-Organized publications and notes also books, I used to bind the publications in one set, print them one sided pages so that i can make notes on the blank side of the page.

Picture

Having Back Ups

Having a back up on your research data base is good, due to some unexpected circumstances that can occur such as laptop failure, viruses. As much as the idea seems straight forward and easy to do unfortunately most people don’t do it. And when they do encounter problems they start wishing they had done a back up. Sometimes you can make a quick back up of a file by emailing it to your email account, there are lots of other alternatives.

Try to have two external hard drives that you store your data on, try to always keep them at different places, due to the frequency of hearing that a hard drive of a friend has crashed and couldn’t retrieve his data that he worked on for several months or that his home was burgled and all hard drives where stolen.



Hints for Developing Yourself

Making your web site helps you to be known in your field. Interacting with other researchers and exchanging ideas is also important. It also helps you to market yourself for a job. At the end of the day, all of us need money to live.  With the quick development of internet and its tools it’s necessary for any researcher to know how to establish and maintain his website. Remember this is a onetime life opportunity therefore try to mix with other cultures and learn about them, don’t be too inward looking because you are paying money to come and develop as a character. This will help you develop and respect other nations.
Picture

Choosing your Working Environment

Having a shared office is beneficial if you have a positive working environment or if it’s a requirement from your supervisor to be in an office. While if you figure out that you have your needed skills and you have figured out it is a negative environment then having your own office is essential or the other alternative is either working from the library or working from home if your still single, if you can't then you need to make a medical excuse to leave the office so that the department provides you with a new space. There is no need to mention that you can't get along with your office colleagues its something natural not to get along with all people but sometimes by chance you end up with that the majority are not friendly. You need to quickly identify the source of negativity and filter it out to focus on your career objective. This paragraph shows you the importance of the working place, and draws your attention to how the work space will be comfortable to work in.

Dont Work on Weekends

Try to have weekends off.

How do I Know that I am Stressed and not Focused

This is something that the majority of people don't know that it's happening to them. Once you feel negative thoughts are taking over.

1-You will be always thinking about your problems and don't know how they will be solved, so in other words your life is a closed loop of thoughts,  a problem that is usually solved in one minute you find that it will take you hours to do. 

2-You focus on peoples actions an interpret them in a negative way, example you ask yourself why did he smile, why did he not say hi, usually these actions happen and you never give attention to. 

3- Don't feel in the mood of eating, some people have the reverse where they eat more. 

4-Sleeping pattern is messed up. 
Picture
A word of advice dont get your self to the last stage
Picture
When you feel stuck write you problem on paper describing it in detail, then looking at what you have written try to number the problems, once this is done put them down in a list and then beside each one see what comes to your mind to solve. If you get stuck with some points then go to people that are specialized in area you are stuck in. If you can't find an answer to your problem on university campus then try to search on the net to an academic that is willing to help you.

Picture
Another helpful site is the following one: http://www.patient.co.uk/
The link to the depression section: http://www.patient.co.uk/doctor/depression
How stress affects your brain.

Writing Emails

Writing emails is the most important tool needed. Paper trail is important to prove your statement and project work plans. Emails can also be regarded as a reference to you, that will be more evident to you when you when hundreds of parameters are taken into consideration in your project.
A note: that there a certain protocols that have to be taken into account when sending emails to researchers.
This link might give the reader some hints:

http://erikap.tumblr.com/post/100853956/how-to-email-academic-staff-how-to-reply
http://facweb.northseattle.edu/mleek/Teaching/Dev_Eng_97-98/Handouts_PPTS/Academic%20email%20how%20to.pdf

The following notes are very good for undergraduate students:

http://www.usm.edu/chemistry-biochemistry/e-mail-etiquette-adapted-academia

Picture

Unless otherwise noted, all content on this site is @Copyright by Ahmed Al Makky 2012-2018 - http://cfd2012.com
Web Hosting by Just Host