Indian baby boy names starting with 'S', 'T', and 'U'

S

.
Sabith
Sabu
Saby
Sachetan
Sachi
Sachin
Sadanand
Sadath

.
Saeed
Sagar
Sahil
Saikumar
Sainul
Sajeev
Sajesh
Saji
Sajid
Sajith
Saju
Salam
Salil

.
Salim
Salman
Sam
Samarjit
Samir
Sampath
Sampson
Samrat
Samudra
Samuel
Sanal
Sandeep
Sanil
Sanjay
Sanjayan

.
Sanjeev
Sanjeevan
Sanjoe
Sanjog
Sanju
Sankar
Sankara
Sanood
Santhosh

.
Santosh
Sapan
Sarang
Sarasvat
Sarat
Sasi
Sasikumar
Satheesh
Sathish
Sathya
Satish
Satya
Satyadas
Satyajit

.
Satyamurty
Satyaraj
Satyavrat
Satyendra
Saurabh
Saurav
Sayid

.
Sebastian
Sebin
Seetharaman
Seimon
Sekhar
Sekhara
Sekharan

.
Selvarajan
Senajit
Shabeeer
Shafeeque
Shafi
Shahid
Shailendra
Shailesh
Shajahan

.
Shajan
Shajeesh
Shaji
Shaju
Shajudeen
Shakunt
Shalin
Shamsudheen

.
Shankar

Shanil
Shankar
Shanklin
Sharad
Sharaf
Sharafudheen
Sharath
Shardul

.
Shareef
Sharon
Sharu
Shashank
Shashee
Shashikant
Shashwat
Shatrunjay
Sheil
Shenoy
Shibu
Shiju
Shilbin
Shine
Shino
Shinoj

.
Shinu
Shishir
Shiv
Shivaji
Shoukkath
Shreekumar
Shreyas
Shrikant
Shrikumar

Shujah

Shujahudin
Shulabh
Shvetang
Shvetank
Shyam
Shyam
Shyamal
Shylesh

.
Sibi
Siby
Siddharth
Siddik
Siddique
Sijosh
Siju
Siraj
Siva
Sivanand
Siyad
Snehal
Soby
Sohan
Sojan
Soji
Solomon
Somarajan
Sony
Sooraj

.
Sreechith
Sreedhar
Sreejith
Sreekanth
Sreekumar
Sreeni
Sreeraj
Srihari
Srijith

.
Srikant
Srinath
Srinivas
Sriram
Stanley
Stephen
Subair
Subash

.
Subbu
Subeesh
Subhash
Subith
Subodh
Suchir
Suchithran
Sudama
Sudarshan
Sudesha
Sudeva
Sudhakar

.
Sudhanssu
Sudheer
Sudheesh
Sudhi
Sudhir
Sudhish
Sudi
Sudin
Sugriva
Sugumar
Sujan
Sujay
Sujeev
Sujit
Sujith

.
Sukhdev
Sukumar
Sukumaran
Sulalit
Sumesh
Sumit
Sundar
Sunil
Sunish
Sunny

.
Sunoj
Suraj
Suresh
Surya
Suryakant
Suryan
Suvrata
Swagat
Swapnil
Swaraj

.

T

.

Tanju
Tanmay
Tanvir
Tapan
Tapas
Tarak
Taran

.
Tarang
Tariq
Tarun
Teerth
Tej
Tejas
Tejas
Tejorath
Tenny

.
Thampan
Thomas
Thomson
Thyagarajan
Tiju
Tilak
Timin
Tinu
Tittoo
Titus

.
Tobby
Tobin
Tom
Tony
Trilochanan
Trilok
Tulasidas
Tungar
Tungesh
Tushar
Tyson

.

U

.
Uday
Udayachandra
Udayan
Udeep
Udit
Udyoth
Ujal
Ujas
Ujesh

.
Ulhas
Ullas
Umang
Umesh
Unmesh
Unni
Unnikrishnan
Upendra
Utkarsh
Utpal
Uttam

Websites related to education and Exams in Kerala

Website of Kerala University - Kerala University

Website of Kannur University - Kannur University

Website of Mahatma Gandhi University - Mahatma Gandhi University

Website of Agricultural University, Kerala - Kerala Agricultural University


Website of Centre for Earth Science Studies- Centre for Earth Science Studies - CESS

Website of Calicut University Exam Results - Calicut University - Official Site

Website of Calicut University Exam Results- Calicut University Exam Results

Gateway to Exam Results in India - Exam Results

Dept. of Education Kerala - Dept. of Education


Entrance Exams, Kerala - Commissioner for Entrance Examinations

About Indian CBSE syllabus - CBSE

Website of Admission News of Indian Studies - Admission News

Website of Dept. of Electronics Dept. of Electronics, (CUSAT)

Website of DPEP Kerala- DPEPInstitute of Human Resources Development, (IHRD)

Website of Centre for Earth Science Studies- Centre for Earth Science Studies - CESS

Website of Calicut University Exam Results - Calicut University - Official Site

Website of Calicut University Exam Results- Calicut University Exam Results

Website of IIM-Kozhikode - IIM-Kozhikode

Website of School of Legal Studies CUSAT - School of Legal Studies

Website of International School of Photonics - International School of Photonics - CUSAT

Website of Amrita Vishwa Vidyapeetham - Amrita Vishwa Vidyapeetham

Website of School of Comm. & Mgmnt. - Cochin - School of Comm. & Mgmnt. - Cochin

Website of Sainik School, Kazhakoottam Sainik School, Kazhakoottam

Smart City at Cochin - Master Plan by Colin Buchanan

Cochin SmartCity CEO and Board Member Fareed Abdul Rahman said yesterday that United Kingdom-based multi-disciplinary consultancy Colin Buchanan has been appointed master planner for the SmartCity IT Park at Kochi.

SmartCity Kochi is a joint venture project between Dubai-based TECOM Investments, SAMA Dubai and the Kerala Government.

Colin Buchanan is one of the UK's leading multi-disciplinary consultancies dealing in town master planning, urban design, regeneration, economics and development, transport and traffic engineering. Colin Buchanan is doing somany prestigious projects like Jabel Ali Airport, Hethrew Airport Terminal, London 2012 Olimpics bid etc. They also done the Master plan for the Smart City Malta. They were awareded NCE Consultants of the Year Award 2008 in recognition of its high profile projects like Crossrail, and ULTra Heathrow Terminal 5. They will cordinate with local consultants and companies to finish the Smart city project.

The controversial pages of Kerala 7th Standard text book

Page No 24 of the controversial 7th Standard Social Studies text book of kerala Education syllabus - "Life without Religion" . You can see the The English Transilation below. 25th Page of Social studies
Page number 26 of kerala Social Studies page number 27 of kerala 7th std social studies text book . in which there is a question for the children to thing and write

::::::: x ::::::: x ::::::: x ::::::: x ::::::: x ::::::: x ::::::: x

Q : Which religion will be the most affected people with the following crisis.

1. Rising Expence ........... 2. Drinking Water Crisis

3. Epidemics .................... 3. Earth Quake

the foolish peoples who doesn't know the simple answer of this question, making this portion as

the portion for making the children "an atheist".

the children who read this will give you the simple answer " this problem is not affecting a purticular religion but will affect all the peoples in that region"

::::::: x ::::::: x ::::::: x ::::::: x ::::::: x ::::::: x ::::::: x

LIFE without Religion

The lesson is set in a school room where two parents and their kid meet the Headmaster for school admission. The Headmaster fills in the forms,

Headmaster: “What is your name?”
“Jeevan”

Headmaster: “Nice…father’s name?”
“Anwar Rasheed”

Headmaster: Mother’s name?”
“Lakshmi Devi”

The Principal looks at the parents

Headmaster: “What should I fill in for the kid’s religion?”
Parents : “Keep it blank…or else add No Religion”

Headmaster: “Caste”
Parents : “not needed”

The Principal leans back on his chair and asks solemnly

Headmaster: “What if he wants a religion when he grows up?”
Parents : “If he wants a religion when he grows up, he can choose the one he likes then”

::::::: x ::::::: x ::::::: x ::::::: x ::::::: x ::::::: x ::::::: x

Below is a quote from the blog of 'Anchalkkaran' which i am fully agreed with the views.

HOT DIP GALVANIZATION for Steel Structures

HOT DIP GALVANIZATION for STEEL

::: ::: :::: ::: ::: ::::: :::: ::: :::: :::

Unprotected Steel can be seriously damaged due to such environmental factors as rain & snow, wind, and extreme temperature .Corrosion transforms steel back to its natural state of iron, which is very fragile and can prove to be deadly in structures supporting heavy pressure (e.g. Towers).

Picture of Hot dip Galvanized pipes

The best way to avoid this phenomenon is through a process called "hot dip galvanization". This process consists of dipping steel in melted zinc at 450° Celsius, temperature at which iron and zinc share great affinity, and allowing an alloy to form where pure zinc prevails to the outside. The final product is a Steel surface protected with a zinc coating.

Hot-dip galvanized steel has been using in the industry for more than 150 years. The value of hot-dip galvanizing stems from the relative corrosion resistance of zinc, which, under most service conditions, is considerably better than iron and steel. In addition to forming a physical barrier against corrosion, zinc, applied as a hot-dip galvanized coating, cathodically protects exposed steel.

A Galavanization Plant

Steel strip can be hot-dip galvanized in a continuous line. Hot-dip galvanized steel strip (also sometimes loosely referred to as galvanized iron) is extensively used for applications requiring the strength of steel and resistance to corrosion.

Applications include: roofing and walling, safety barriers, handrails, consumer appliances and automotive body parts. One common use is in metal pails. They are also used in most heating and cooling duct systems in buildings

Galvanization progressing at a plant

::: ::: :::: ::: ::: ::::: :::: ::: :::: :::
See this PDF file from GORD telecom for more information. Also See American Galvanizers Association

V notch weirs in Hydraulics lab

We are using V notch for calculating the quantity of water flow through a channel.

Introduction

Weirs are typically installed in open channels such as streams to determine discharge (flowrate). The basic principle is that discharge is directly related to the water depth above the crotch (bottom) of the V; this distance is called head (h). The V-notch design causes small changes in discharge to have a large change in depth allowing more accurate head measurement than with a rectangular weir.

EquationsV-notch weir

equations have become somewhat standardized. Using the Kindsvater-Shen equation, which is presented below from USBR (1997) for Q in cfs and heights in ft units. All of the references show similar curves for C and k vs. angle, but none of them provide equations for the curves. To produce automated calculations, LMNO Engineering used a curve fitting program to obtain the equations which best fit the C and k curves. Our equations are shown below. The graph shown is from our fits. If you compare it to the graphs shown in the references, it looks nearly identical which implies that our fits are very good.

C = 0.607165052 - 0.000874466963 Ø + 6.10393334x10-6 Ø2k (ft.) = 0.0144902648 - 0.00033955535 Ø + 3.29819003x10-6 Ø2 - 1.06215442x10-8 Ø3 , where Ø is the notch angle in degrees

Installation Guidelines and Equation Applicability suggests using the V-notch weir equations for the following conditions:

Head (h) should be measured at a distance of at least 4h upstream of the weir.
It doesn't matter how thick the weir is except where water flows over the weir through the "V." The weir should be between 0.03 and 0.08 inches (0.8 to 2 mm) thick in the V. If the bulk of the weir is thicker than 0.08 inch, the downstream edge of the V can be chamfered at an angle greater than 45o (60o is recommended) to achieve the desired thickness of the edges. You want to avoid having water cling to the downstream face of the weir.

Water surface downstream of the weir should be at least 0.2 ft. (6 cm) below the bottom of the V to allow a free flowing waterfall.

Measured head (h) should be greater than 0.2 ft. (6 cm) due to potential measurement error at such small heads and the fact that the nappe (waterfall) may cling to the weir.

The average width of the approach channel (B) should be > 3 ft. (91 cm).

The equations have been developed for h<1.25>

The equations have been developed for fully contracted V-notch weirs which means h/B should be <= 0.2.

The bottom of the "V" should be at least 1.5 ft. (45 cm) above the bottom of the upstream channel.

If your weir does not achieve some of the above criteria, you may have a "partially contracted V-notch weir" where h/B needs only to be <= 0.4, the bottom of the "V" only needs to be 4 inch (10 cm) above the bottom of the upstream channel, the approach channel only needs to be 2 ft. (61 cm) wide, and h can be up to 2 ft. (61 cm) instead of 1.25 ft. (38 cm). Partially contracted weirs use a different graph for C which is a function of h/P and P/B and is only valid for a notch angle of 90o. In the graph (not given) , C varies from 0.576 to 0.6; whereas, for a fully contracted 90o notch, C is 0.578 from our graph shown above.

Our calculation does not account for partially contracted weirs, but for most practical purposes the difference in C is inconsequential.

For more information see "United States Department of the InteriorBureau of Reclamation".

.

COURTESY : LMNO Engineering

BLACK WEEK PROTEST AGAINST BLOG "THEFT and THREAT"

I am also joining with BLOGGERS againts the blog theft, and the threats against a blogger "injippennu" . The theft from the blogs is solved by kerals.com by removing the post from their website (may be temporary) . But I heard the other issue of abuse and threatening is still going on. It should be solved immediately. Kerals, please come to the front and solve it.

This post is my moral support to the blogger injippennu and the other malayalam bloggers.

Indian baby boy names starting with V,W,X,Y,Z

V
Vachaspati

Vaibhav

Vajramani

Vallabh

Vandan

Vaninath

Varghese

Varkey

Varma

Varun - lord of the waters,

Vasant - (season)

Vasava

Vasu

Vasudev - Father of Krishna

Vasuman

Ved

Veer

Venkatesh

Venu

Venugopal

Vibin

Victor

Vidur - wise

Vidyacharan

Vidyadhar

Vidyaranya

Vijai

Vijay

Vijayan

Vijayaraghavan

Viju

Vikas

Vikram

Vikram

Vikramendra

Vikrant

Vimal

Vinay

Vincent

Vineet

Vineeth

Vinesh

Vinod - happyman

Vinu

Vipan

Vipin

Viplav

Vipul

Viraj

Virat

Virochan

Vishal - huge,

Vishnu - Lord Vishnu

Vishva

Vishvajit

Vishvakarma

Vishvatma

Vishwamitra

Vishwas

Viswanath

Viswanathan

Vivek

Vyomesh

************ *************** ************** ********

W
Waseem

Wendy

William

Wilson

************ *************** ************** ********

X
Xavier

************ *************** ************** ********

Y
Yadav

Yash

Yashodhan

Yashodhara

Yashpal

Yashwant

Yaswant

Yatin

Yesudas

Yogendra

Yogesh

Yogesh

Yudhajit

Yudhisthir

Yuvaraj

Yuyutsu

************ *************** ************** ********

Z
Zachariah

Zadeer

Zafar

Zain

Zeno