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ANNA UNIVERSITY :: CHENNAI 600 025

APRIL / MAY 2014

M.E - STRUCTURAL ENGINEERING

ST 7211 - ADVANCED STRUCTURAL ENGINEERING LAB

REGULATION: 201

DURATIONS: HRS MA!.MAR"S # 100

1. a) Determine the Slump Of the Given Concrete

 b) Study the Flexure Behaviour of Rolled Steel oi!t

". a) Determine the Compactin# Factor Of Given Concrete

 b) Study the Behavior of $ied Column!

%. a) Study the Flexural Behavior Of &nder'Reinforced ( Over Reinforced

Beam b) i) Determination Of Dampin# Coefficient! From Free ibration

ii) *valuation Of +ode Shape!

,. a) Ob!erve the Behavior Of Concrete Beam! &nder Shear -ith and -ithout Shear 

Reinforcement

 b) Determine the &ltra!onic ul!e elocity and the *la!tic ropertie! of +aterial!

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/. a) Determine the Slump Of the Given Concrete

 b) Study the Behavior of $ied Column!

0. a) Determine $he Compactin# Factor Of Given Concrete

 b) i) Determination Of Dampin# Coefficient! From Free

ibration ii) *valuation Of +ode Shape!

. a) Study the Flexural Behavior Of &nder'Reinforced ( Over Reinforced

Beam b) Determine the &ltra!onic ul!e elocity ( *la!tic ropertie! of

+aterial!

2. a) Ob!erve the Behavior Of Concrete Beam! &nder Shear -ith 3nd -ithout Shear 

Reinforcement

 b) Determine the Compre!!ive Stren#th of Concrete

4. a) Determine the Slump Of the Given Concrete

 b) i) Determination Of Dampin# Coefficient! From Free

ibration ii) *valuation Of +ode Shape!

15. a) Determine the Compactin# Factor Of Given Concrete

 b) Determine the &ltra!onic ul!e elocity 3nd $he *la!tic ropertie! Of 

+aterial!

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11. a) Study the Flexural Behavior Of &nder'Reinforced ( Over Reinforced

 b) Determine the Compre!!ive Stren#th Of Concrete

1". a) Ob!erve the Behavior Of Concrete Beam! &nder Shear -ith 3nd -ithout

Shear Reinforcement

 b) Study the Flexure Behaviour of Rolled Steel oi!t

1%. a) Determine the Slump Of the Given Concrete

 b) Determine the &ltra!onic ul!e elocity and the *la!tic ropertie! Of 

+aterial!

1,. a) Determine the Compactin# Factor Of Given Concrete

 b) Determine the Compre!!ive Stren#th of Concrete

1/. a) Study $he Flexural Behavior Of &nder'Reinforced ( Over Reinforced

Beam b) Study the Flexure Behaviour Of Rolled Steel oi!t

10. a) Ob!erve the Behavior Of Concrete Beam! &nder Shear -ith 3nd -ithout

Shear Reinforcement

 b) Study the Behavior of $ied Column!

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11. a) Study the Flexural Behavior Of &nder'Reinforced ( Over Reinforced b) Determine the Compre!!ive Stren#th of Concrete

12. a) Determine the Compactin# Factor Of Given Concrete

 b) Study the Flexure Behaviour of Rolled Steel oi!t

14. a) Study the Flexural Behavior Of &nder'Reinforced ( Over Reinforced

Beam b) Study the Behavior of $ied Column!

"5. a) Ob!erve the Behavior Of Concrete Beam! &nder Shear -ith 3nd -ithout

Shear Reinforcement

 b) i) Determination Of Dampin# Coefficient! From Free ibration

ii) *valuation Of +ode Shape!

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11. a) Study the Flexural Behavior Of &nder'Reinforced ( Over Reinforced

ANNA UNIVERSITY :: CHENNAI 600 025

APRIL / MAY 2015

M.E - STRUCTURAL ENGINEERING

ST 7211 - ADVANCED STRUCTURAL ENGINEERING LAB REGULATION: 201

DURATIONS: HRS MA!.MAR"S # 100

1. a) Determine the Slump Of the Given Concrete

 b) Study the Flexure Behavior of Rolled Steel oi!t

". a) Determine the Compactin# Factor Of Given Concrete

 b) Study the Behavior of $ied Column!

%. a) Study the Flexural Behavior Of &nder'Reinforced ( Over Reinforced Beam

 b) i) Determination Of Dampin# Coefficient! From Free ibration

  ii) *valuation Of +ode Shape!

,. a) Ob!erve the Behavior Of Concrete Beam! &nder Shear -ith and -ithout Shear 

Reinforcement

 b) Determine the &ltra!onic ul!e elocity and the *la!tic ropertie! of +ateria

8/17/2019 ST 7211 LAB (2)

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ANNA UNIVERSITY: CHENNAI 600 025

APRIL / MAY 2015

M.E - STRUCTURAL ENGINEERING

ST 7211 - ADVANCED STRUCTURAL ENGINEERING LAB

DURATIONS: HRS MA!.MAR"S # 100

1. a) Determine the Slump Of the Given Concrete.

 b) Study the Flexure Behavior of Rolled Steel oi!t.

". a) Determine the Compactin# Factor Of Given Concrete.

 b) Study the Behavior of $ied Column!.

%. a) Study the Flexural Behavior Of &nder'Reinforced ( Over Reinforced Beam.

  b) i) Determination Of Dampin# Coefficient! From Free ibration.

  ii) *valuation Of +ode Shape!.

,. a) Ob!erve the Behavior Of Concrete Beam! &nder Shear -ith and -ithout Shear 

Reinforcement.

  b) Determine the &ltra!onic ul!e elocity and the *la!tic ropertie! of +aterial!.

/. a) Determine the Slump Of the Given Concrete.

  b) Study the Behavior of $ied Column!.

0. a) Determine $he Compactin# Factor Of Given Concrete.

  b) i) Determination Of Dampin# Coefficient! From Free ibration.

  ii) *valuation Of +ode Shape!.. a) Study the Flexural Behavior Of &nder'Reinforced ( Over Reinforced Beam

.

  b) Determine the &ltra!onic ul!e elocity ( *la!tic ropertie! of +aterial!.

2. a) Ob!erve the Behavior Of Concrete Beam! &nder Shear -ith 3nd -ithout Shear 

Reinforcement.

 b) Determine the Compre!!ive Stren#th of Concrete.

4. a) Determine the Slump Of the Given Concrete.

 b) i) Determination Of Dampin# Coefficient! From Free ibration

 ii) *valuation Of +ode Shape!.

15. a) Determine the Compactin# Factor Of Given Concrete.

 b) Determine the &ltra!onic ul!e elocity 3nd $he *la!tic ropertie! Of 

+aterial!.

6nternal *xaminer *xternal *xaminer

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ANNA UNIVERSITY: CHENNAI 600 025

APRIL / MAY 2016

M.E - STRUCTURAL ENGINEERING

ST7211 - ADVANCED STRUCTURAL ENGINEERING LAB

DURATIONS: HRS MA!.MAR"S # 100

1. a) Determine the Slump of the Given Concrete.

 b) Study the Flexure Behavior of Rolled Steel oint.

". a) Determine the Compactin# Factor of the #iven Concrete.

  b) Study the Behavior of $ied Column!.

%. a) Study the Flexural Behavior of &nder'Reinforced ( Over Reinforced Beam.

  b) i) Determination of Dampin# Coefficient! from Free ibration.

  ii) Study the *valuation of +ode Shape!.

,. a) Ob!erve the Behavior of Concrete Beam! under Shear 7ith and 7ithout Shear 

  Reinforcement.

  b) Determine the &ltra!onic ul!e elocity and the *la!tic ropertie! of +aterial!.

/. a) Determine the Slump of the #iven Concrete.

  b) Study the Behavior of !imply !upported !teel beam for !tren#th and deflection.

 0. a) Determine the Compactin# Factor of #iven Concrete.

  b) i) Determine the Dampin# Coefficient! from Free ibration.

  ii) Study the *valuation of +ode Shape!.

 . a) Study the Flexural Behavior of &nder'Reinforced ( Over Reinforced Beam

.

  b) Determine the &ltra!onic ul!e elocity ( *la!tic ropertie! of +aterial!.

 2. a) Study the ca!tin# and te!tin# of !imply !upported Rain Forced concrete beam for !tren#th and

deflection behavior.

 b) Determine the Compre!!ive Stren#th ofConcrete.

 4. a) Determine the Slump of the #iven Concrete.

  b) i) Determine the in'!itu !tren#th and 8uality of concrete u!in# rebound hammer.

15. a) Determine the Compactin# Factor of #iven Concrete.

  b) Determine the &ltra!onic ul!e elocity and the *la!tic ropertie! of +aterial!.

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1. a) Determine the Slump of the Given Concrete.

 b) Study the Flexure Behavior of Rolled Steel oint.

". a) Determine the Compactin# Factor of the #iven Concrete.

  b) Study the Behavior of $ied Column!.

%. a) Study the Flexural Behavior of &nder'Reinforced ( Over Reinforced Beam.

  b) i) Determination of Dampin# Coefficient! from Free ibration.

  ii) Study the *valuation of +ode Shape!.

,. a) Ob!erve the Behavior of Concrete Beam! under Shear 7ith and 7ithout Shear   Reinforcement.

  b) Determine the &ltra!onic ul!e elocity and the *la!tic ropertie! of +aterial!.

/. a) Determine the Slump of the #iven Concrete.  b) Study the Behavior of !imply !upported !teel beam for !tren#th and deflection.

 0. a) Determine the Compactin# Factor of #iven Concrete.

  b) i) Determine the Dampin# Coefficient! from Free ibration.

  ii) Study the *valuation of +ode Shape!.

 . a) Study the Flexural Behavior of &nder'Reinforced ( Over Reinforced Beam

.

  b) Determine the &ltra!onic ul!e elocity ( *la!tic ropertie! of +aterial!.

 2. a) Study the ca!tin# and te!tin# of !imply !upported Rain Forced concrete beam for !tren#th and

deflection behavior.

 b) Determine the Compre!!ive Stren#th of Concrete.

 4. a) Determine the Slump of the #iven Concrete.

  b) i) Determine the in'!itu !tren#th and 8uality of concrete u!in# rebound hammer.

15. a) Determine the Compactin# Factor of #iven Concrete.

 b) Determine the &ltra!onic ul!e elocity and the *la!tic ropertie! of +aterial!.

11. a) Determine the Slump of the Given Concrete.

 b) Study the Flexure Behavior of Rolled Steel oint.

 1". a) Determine the Compactin# Factor of #iven Concrete.

  b) Determine the &ltra!onic ul!e elocity and the *la!tic ropertie! of +aterial!.