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Welcome to CVLE 422: Reinforced Concrete Design III

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1 08-Feb-16 Welcome to CVLE 422: Reinforced Concrete Design III Spring 2015 – 2016
Transcript

108-Feb-16

Welcome to CVLE 422:Reinforced Concrete Design III

Spring 2015 – 2016

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Dr. Ayman TRAD

Assistant Professor in Civil Engineering

Office: B302

Email: [email protected]

Office hours:

o Monday 8:00 am -10:00 am

o Wednesday 12:00 pm – 2:00 pm

o Friday 2:00 pm – 4:00 pm

Course Personnel

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Design of the discontinuity regions in case of Framed

Structures:

o Shear Friction

o RC Hinges

o Corbels and Brackets

Design of Deep Beams / Ledge beams

Design Slender Columns

Reinforced Concrete Stairs

Design of Water Tanks

Course Description

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Text book:

Wight J. K., and Macgregor J. G., Reinforced Concrete, Mechanics

and Design, Sixth Edition, Pearson International Edition, 2011

Reference books:

o Nawy E. G, Reinforced Concrete, A fundamental Approach, Sixth

Edition, Pearson International Edition, 2009.

o McCormac J. C, and Nelson Jr. J. K, Design of Reinforced

Concrete, Seven Edition, John Willey and sons, 2006.

o Kong F. K, Evans R. H, Reinforced and Prestressed Concrete, 3rd

Edition, Chapman and Hall, 1990.

o Yehia A. Daou, Reinforced Concrete Design Data Book, Beirut

Arab University, 2010.

Course Description

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Shear Friction: case of construction joint

Course Description

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Shear Friction: case of precast beam

Course Description

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Corbels and Brackets

Course Description

Slender Columns

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Deep Beams (like a wall beam)

Course Description

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Reinforced Concrete Stairs

Course Description

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Reinforced Concrete Water Tanks

Course Description

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Home Works and Drop Quizzes 10 %

Exam 1 during the 6th week 25 %

Exam 2 during the 11th week 25 %

Final 40 %

Grading

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Attendance is mandatory

10% Absence: 1st Warning

15% Absence: 2nd Warning

20 % Absence: Automatic FW

Note: class will begin at the specified time and doors

will be closed after 5 min.

Disturbance in the class will affect your

understanding and therefore your grade.

General Policy

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