Course Name: CE5630 : Adv. Theory & Design of Concrete Structure

Description: Review of Basic Concepts, Background to Code Formulations, and Advanced Theory in the following topics: Behaviour of concrete under uniaxial and multiaxial states of stress? effect of creep, shrinkage and temperature? Durability of concrete: deterioration due to chemical attack and corrosion of steel? methods to check loss of durability in concrete? Basic design philosophies: limit sates method? comparison with working stress and ultimate load methods? Behaviour and design of reinforced concrete skeletal members considering flexure? flexural shear? torsion, combined with flexure and flexural shear? axial compression, combined with flexure: behaviour of short and slender columns, including biaxial bending? eccentric tension? bond Serviceability limit states: estimation of deflections and crack-widths in RC members Behaviour and design of special RC members - deep beams? walls, including shear walls? ribbed slabs? corbels? pile caps. Limit analysis of RC members: moment redistribution in continuous beams? yield

Slot: C

RoomNo: STR 301

Instructor: Apparao G

Period: JUL-NOV 2013

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