Pictures

My sister had been pestering me for a number of days to send her a few pics of mine in the US of A. So I send her a few pics of myself and my room.

This was her reply " dumbooooo take pics outside not in closed rooms n stuff it doesnt luk like ur in usa its like ur in smeplace in india".

Back to basics

Well its been a longggggggg time since I have updated my blog. Well since my blog a lot of things have happend in my life.

My new address now is the US, the dreamland of many ppl of my age in india. I am doing my masters in industrial engineering. Completed my first quarter without much fun. This quarter has been a lot better in terms of knowing what is really that I want to do with my life.

Banking picks for 2006

BOOMING BANKEX-MATTER OF CONSOLIDATION OR CONCERN

Banking stocks have been on a rise lately.This trend comes in the back of a healthy correction for quite some months and so this momentum is likely to continue till the end of the month. The year ahead for the bankex index is dependent closely on the meeting between RBI and US FED meeting to be held between 25th and 31st jan. Individual stock trend would depend on Q3 results of the respective banks in the short run. My picks for 2006 are

1) ICICI
2) Union Bank of India
3) Andhra Bank
4) Centurion Bank of Punjab
5) SBI
6) UTI
7) Oriental Bank of Commerce

Pharma stocks to look out for in 2006

I Believe that these stocks are going to give excellent returns in 2006

Pharma

It is widely expected that the BUGJET-2006 will give some sops to this sector,So the trend is bullish on these stocks.Some of these stocks may be looking overpriced for some new investors but this is the consolidation phase for these companies and so the general belief is that the sector would return 30-40% at the end of the year.My picks are

1. Pfizer
2. Aventis
3. Ranbaxy
4. Biocon
5. Nicholas Piramal

My profile for US Universities

Name : Deepak Jujare
Academics : 77%
GRE : 1410 (V-640 , Q-770 , AWA-4.0)
TOEFL : 277
Program : Master of Science in Industrial Engineering
Universities
applied to : 1) Penn State University-University Park
2) North Carolina State University-Rayleigh
3) State University of New York-Buffalo
4) Oklahoma State University-Stillwater
5) University of Cincinnati-Ohio
6) Texas Tech University-Lubbock
7) Northern Illinois University-Dekalb

Research Interests : Supply Chain Management,Operations Research,
Production Systems,Ergonomics

If any body have a problem with choosing Universities for their Masters then u can contact me at deepakjujare@yahoo.co.in

yes cars can fly

This may just seem chimerical but it is possible. why cant cars fly? it is because the earth's gravitational force will pull it down.so what can be done abou that.Well this is what i propose.

Gravitation is a "Force", so it done some action on the car,and the reaction is that the car, if it flys, will fall down.I want to take an analogous case of a magnet.
The force that a magnet has is magnetic "force" . A magnet will have two sides north and south
and these two will attract.But if two north's are brought together then they will repel. If we can induce the same force i,e,. of the type that the earth has to the car and in the same direction then we can actually get the earth to repel the car ,so we dont need any fuel.Even the rockets can be put into orbit in the same way.
We can also allude this hypothesis to the electro magnetic cars
or trains which are run by giving opposite charges to the track and the wheel.so if we can just find out what are the characteristics of the earths force and how can it be induced to other lighter bodies.Every body will have its own gravitational force which depends on its mass .If we can amplify the gravitational force of the individual bodies but by keeping the mass constant,i believe that it will not be long when we can see the cars flying literally and really.

can cars fly?

I get intregued by the sky,not the universe which we can not see but the blue sky that we can.Man can travel by land in his automobile and by air using an aeroplane.The distance between these two is generally a few hundred kilometers if not more.So we are typically wasting few hundred kms of travel space.So what can be done on this matter,we can either let the planes travel very close to earth or make cars that can fly justlike may be a helicopter or a jet.
The first idea seems dangerous as they can not travel close to population.The second one seems costly and also very artificial and film like,but seems possible

A winner is not one who never fails, but one who NEVER QUITS!

When Thomas Edison invented the light bulb, he tried over 2000experiments before he got it to work. A young reporter asked himhow it felt to fail so many times. He said, "I never failed once.I invented the light bulb. It just happened to be a 2000-step process."_________________________________________________________________________________________________
Wilma Rudolph was the 20th of 22 children. She was born prematurely and hersurvival was doubtful. When she was 4 years old, she contacteddouble pneumonia and scarlet fever, which left her with a paralysed left leg.At age 9, she removed the metal leg brace she had been dependent onand began to walk without it. By 13 she had developed a rhythmicwalk,which doctors said was a miracle. That same year she decided tobecome a runner. She entered a race and came in last. Forthe next few years every race she entered, she came in last. Everyonetold her to quit, but she kept on running. One day she actually won a race.And then another. From then on she won every race she entered.Eventually this little girl, who was told she would never walkagain, went on to win three Olympic gold medals._________________________________________________________________________________________________
In 1962, four nervous young musicians played their first recordaudition for the executives of the Decca recording Company.The executives were not impressed. While turning down this groupof musicians, one executive said, "We don't like their sound.Groups of guitars are on the way out."The group was called "The Beatless".
_________________________________________________________________________________________________
In 1944, Emmeline Snively, director of the Blue Book Modelling Agency,toldmodelling hopeful Norma Jean Baker, "You'd better learn secretarialwork or else get married." She went on and became Marilyn Monroe._________________________________________________________________________________________________
In 1954, Jimmy Denny, manager of the Grand Ole Opry, Fired a singerafter one performance. He told him, "You ain't goin' nowhere....son.You ought to go back to drivin' a truck." He went on to become themost popular singer in America named Elvis Presley._________________________________________________________________________________________________
Alexander Graham Bell invented the telephone in 1876,After making a demonstration call, President Rutherford Hayessaid,"That's an amazing invention, but who would ever want to use oneof them?"_________________________________________________________________________________________________
In the 1940s, another young inventor named Chester Carlson tookhis idea to 20 corporations, including some of the biggest inAmerica. They all turned him down. In 1947 - after seven long years ofrejections! He finally got a tiny company in Rochester, New York,the Haloid company, to purchase the rights to his invention anelectrostatic paper-copying process. Haloid became Xerox Corporation we know today._____________________________________________________________

If laughter is a good medicine then ........................i am a doctor

1. Write your name in less than 20 minutes and 20 letters (onlyalphabets allowed, no numeric digits or "_" allowed)
2. Sex ? ( ) Male ( ) Female ( ) Sardar
3. What's ur age group ? ( ) less than 0 ( ) equal to 0 ( ) greater than 0
4. What is 2 + 2 ? ( ) FOUR ( ) 4 ( ) IV
5. If you have one brother, how many brothers ur brother has ? ( ) none ( ) one ( ) question is too personal
6. Complete the following sentence........... (4 marks) ______ ________ ________ _________ .
7. If there are 365 days in a year, how many days make a year ?
8. Read the statment carefully and answer the following question: "My mother's daughter's brother's mother's mother's daughter's husband's wife is my mother herself".
Qs. How many times the word "mother" appear in the above statement? ( ) None ( ) few times ( ) uncountable times
9. If someone gives you a rupee for 100 paise, would you
( ) get One rupee ? ( ) 100 paise ?
10. Write an Essay on "MYSELF" in not more than three sentences....... (HINT : My Name is ___________ (same as in [1]). I am a _______(boy/girl). i am writing an essay. )
11. If the time is 3.00 what does ur digital watch show ?
12. At what time does the 11.16 Indrani Express come ?
13. What u do on a honeymoon ? ( ) Collect Honey ( ) Admire Moon ( ) Collect Honey while admiring the moon
14. Earth is Flat ? ( ) False ( ) Indeed False
15. If A =3D B and B =3D C then B =3D A ? ( ) TRUE ( ) NOT FALSE ( ) OUT OF SYLLABUS
16. If you eat lunch during lunch time, what u have during dinnertime?
17. If Ram is Sita's Husband, Who is Ram's Wife ? (_) Sita (_) Guru Nanak
18. Think and write the present tense of THOUGHT.
19. Complete the following poem : Mary had a little lamb little lamb little lamb_ (HINT: "." or "@" or " ^ " )
20. This is question number ( ) 1 ( ) 10 ( ) 20
21. If 2 + 3 =3D 5, 3 + 2 =3D 5 ?? ( ) YES ( ) I FORGOT TO GET MY CALCULATOR
22. write full form of ASAP As Soon As Possible. _________________
23. Opposite of the word "IN" is ( ) NOT IN ( ) CRICKET ( ) HOCKEY ( ) PUNJAB
24. What is the capital of india ? ( ) India ( ) INDia ( ) INDIA
25. a,e,i,o and u are collectively called "vowels". what are e,a,i,o and u called ?
26. Fill in the blank : I am _________ a letter. ( ) READING ( ) WRITING ( ) SEALING
27. Who was the first MAN to land on moon ? ( ) MR. ARMSTRONG ( ) MISS ARMSTRONG ( ) MRS ARMSTRONG
28. What comes first ? ( ) the Egg ( ) the Omlet
29. can you count more than five using your hands ? ( ) YES ( ) NO
30. Spell M-Y-T-H-O-L-O-G-Y
31. Mrs. Sinha is Mr. Sinha's ( ) Father ( ) Brother ( ) Son ( ) Daughter
32. car A start from X and car B start from Y. X and Y are located 100 miles apart from each other. how many wheels does each car has ?
( ) One ( ) Four ( ) Seven
33. To reach to the 12th floor of the World Trade Center, how many Buttons would you press in the elevator ?
( ) ONE ( ) TWELVE
34. Complete the following series [this question carries 3 marks] 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, _, _, _.
35. this one tests ur imagination. SUN is nearer to india than AMERICA because.........
( ) SUN is smaller than AMERICA ( ) One can see SUN, but not AMERICA ( ) i do not have any time left to think on this one.
I rate the difficulty level for the above question paper as ( ) 8 ( ) 9 ( ) 10
[NOTE : 1 is very easy and 10 is most difficult]
Number of times i flipped a coin
( ) 35 ( ) 70 ( ) i forgot to bring my coin so i bluffed and prayed for good luck.

finite element analysis

Finite Element Analysis (FEA) was first developed in 1943 by R. Courant, who utilized the Ritz method of numerical analysis and minimization of variational calculus to obtain approximate solutions to vibration systems. Shortly thereafter, a paper published in 1956 by M. J. Turner, R. W. Clough, H. C. Martin, and L. J. Topp established a broader definition of numerical analysis. The paper centered on the "stiffness and deflection of complex structures".
By the early 70's, FEA was limited to expensive mainframe computers generally owned by the aeronautics, automotive, defense, and nuclear industries. Since the rapid decline in the cost of computers and the phenomenal increase in computing power, FEA has been developed to an incredible precision. Present day supercomputers are now able to produce accurate results for all kinds of parameters.
What is Finite Element Analysis?
FEA consists of a computer model of a material or design that is stressed and analyzed for specific results. It is used in new product design, and existing product refinement. A company is able to verify a proposed design will be able to perform to the client's specifications prior to manufacturing or construction. Modifying an existing product or structure is utilized to qualify the product or structure for a new service condition. In case of structural failure, FEA may be used to help determine the design modifications to meet the new condition.
There are generally two types of analysis that are used in industry: 2-D modeling, and 3-D modeling. While 2-D modeling conserves simplicity and allows the analysis to be run on a relatively normal computer, it tends to yield less accurate results. 3-D modeling, however, produces more accurate results while sacrificing the ability to run on all but the fastest computers effectively. Within each of these modeling schemes, the programmer can insert numerous algorithms (functions) which may make the system behave linearly or non-linearly. Linear systems are far less complex and generally do not take into account plastic deformation. Non-linear systems do account for plastic deformation, and many also are capable of testing a material all the way to fracture.
How Does Finite Element Analysis Work?
FEA uses a complex system of points called nodes which make a grid called a mesh (Figure 2). This mesh is programmed to contain the material and structural properties which define how the structure will react to certain loading conditions. Nodes are assigned at a certain density throughout the material depending on the anticipated stress levels of a particular area. Regions which will receive large amounts of stress usually have a higher node density than those which experience little or no stress. Points of interest may consist of: fracture point of previously tested material, fillets, corners, complex detail, and high stress areas. The mesh acts like a spider web in that from each node, there extends a mesh element to each of the adjacent nodes. This web of vectors is what carries the material properties to the object, creating many elements. (Theory)
A wide range of objective functions (variables within the system) are available for minimization or maximization:
Mass, volume, temperature
Strain energy, stress strain
Force, displacement, velocity, acceleration
Synthetic (User defined)
There are multiple loading conditions which may be applied to a system. Next to Figure 3, some examples are shown:

Point, pressure (Figure 3), thermal, gravity, and centrifugal static loads
Thermal loads from solution of heat transfer analysis
Enforced displacements
Heat flux and convection
Point, pressure and gravity dynamic loads
Each FEA program may come with an element library, or one is constructed over time. Some sample elements are:
Rod elements
Beam elements
Plate/Shell/Composite elements
Shear panel
Solid elements
Spring elements
Mass elements
Rigid elements
Viscous damping elements
Many FEA programs also are equipped with the capability to use multiple materials within the structure such as:
Isotropic, identical throughout
Orthotropic, identical at 90 degrees
General anisotropic, different throughout
Types of Engineering Analysis
Structural analysis consists of linear and non-linear models. Linear models use simple parameters and assume that the material is not plastically deformed. Non-linear models consist of stressing the material past its elastic capabilities. The stresses in the material then vary with the amount of deformation as in Figure 4.
Vibrational analysis is used to test a material against random vibrations, shock, and impact. Each of these incidences may act on the natural vibrational frequency of the material which, in turn, may cause resonance and subsequent failure.
Fatigue analysis helps designers to predict the life of a material or structure by showing the effects of cyclic loading on the specimen. Such analysis can show the areas where crack propagation is most likely to occur. Failure due to fatigue may also show the damage tolerance of the material (Figure 5).
Heat Transfer analysis models the conductivity or thermal fluid dynamics of the material or structure (Figure 1). This may consist of a steady-state or transient transfer. Steady-state transfer refers to constant thermoproperties in the material that yield linear heat diffusion.
Results of Finite Element Analysis
FEA has become a solution to the task of predicting failure due to unknown stresses by showing problem areas in a material and allowing designers to see all of the theoretical stresses within. This method of product design and testing is far superior to the manufacturing costs which would accrue if each sample was actually built and tested.