Plain & Reinforced Concrete-II (CE3453)

Plain & Reinforced Concrete-I (CE-3443)

Design Of Concrete Structures. Nilson A. H., David D., Charles W.D.,  2003, McGraw-Hill

Building Code Of Pakistan, 2007

ACI Manual

ACI Detailing Manual

Design Of Reinforced Concrete Structures, Hassoun, M. N.,PWS Engineering

Reinforced Concrete Design, Wang C. K., Charles G. S.,Harper and Row

1. To enable students to design miscellaneous and complex structural elements manually and suing softwares.

2. To give basic understanding of earthquake-resistant design and evaluation/assessment and retrofitting of concrete structures and pre-stressed concrete.

CLO:1 Gain the ability to design miscellaneous and complex structural elements.

CLO:2 Know the basic concepts of earthquake-resistant design and evaluation/assessment and retrofitting of concrete structures.

CLO:3 Know the basic concepts of pre-stressed concrete.

CLO:4 Gain the ability to design miscellaneous and complex structural elements using software.

• Analysis and design of stairs
• Analysis and design of water tanks
• Analysis and design of parapet wall
• Analysis and design of boundary wall
• Analysis and design of gravity retaining wall
• Analysis and design of cantilever retaining wall
• Analysis and design of culverts
• Introduction to analysis and design of bride

• Analysis and design of flat plate slab
• Analysis and design of flat slab
• Analysis and design of waffle slab
• Analysis and design of slender columns
• Analysis and design of shear walls
• Analysis and design of eccentric footing
• Analysis and design of strap and mat footing
• Analysis and design of raft footing
• Analysis and design of piles and pile cap
• Analysis and design of bouyants footing

• Base shear
• Seismic Zones
• Soil types
• Response modification factor
• Importance factor
• Time Period
• Seismic Weight
• Seismic service and factored load combinations
• Dynamic bearing capacity
• Seismic detailing for structural members

• Visual study of damage pattern in existing concrete structures
• Evaluation and assessment of concrete of existing concrete structures
• Evaluation and assessment of steel of existing concrete structures
• Retrofitting of structural elements at macro level (jacketing etc)
• Retrofitting of structural elements at micro level (crack repairs etc)

• Principles  of  pre-stressing
• Properties and Importance of high strength concrete and steel used  in  pre-stressing
• Behavioral  aspects  of  pre-stressed  beams  and  comparison with  reinforced  concrete  beams
• Post  tensioning  and  pre-tensioning  techniques
• Profiles of post-tensioned tendons, bonded and non-bonded tendons
• Pre-stress losses, immediate and time-dependent losses, lump sum and detailed estimation of pre-stress loss
• Analysis and design of pre-stressed beams

• Computer aided analysis and design of miscellaneous and complex structural members
• Auto Cad drawing