Principles Of Reinforced Concrete

Foundations of reinforced concrete materials, behavior, durability, and NSCP 2015 strength design context.

Flexural analysis and design of reinforced concrete beams using the NSCP 2015 / adopted ACI 318-14 basis.

Analysis and design of reinforced concrete beams for shear and torsion using the NSCP 2015 / adopted ACI 318-14 basis.

Deflection, cracking, time-dependent deformation, durability, and vibration checks for reinforced concrete using the NSCP 2015 / adopted ACI 318-14 basis.

NSCP 2015 / ACI 318-14 bond transfer, development, anchorage, splices, bar cutoffs, and support detailing.

Production-grade one-way and two-way slab analysis, DDM/EFM selection, punching shear, serviceability, and reinforcement detailing on the NSCP 2015 / ACI 318-14 basis.

Strain-compatible strength, detailing, biaxial behavior, slenderness, and second-order design of reinforced concrete columns.

Production-grade reinforced-concrete footing design covering service soil contact, eccentricity, shear, flexure, load transfer, combined and strap footing equilibrium, detailing, and constructability.

Design principles and stability analysis for reinforced concrete retaining walls, including earth-pressure assumptions, drainage, and structural detailing.

Fundamental prestress systems, stage-specific stress analysis, losses, cracking classifications, and load balancing.

Reinforced-concrete structural walls, coupling action, boundary regions, ductile detailing principles, and an integrated gravity-to-lateral building design workflow.