Civil Engineering
Overview of reinforced concrete materials, design philosophies, historical context, and safety provisions.
Overview of reinforced concrete materials, design philosophies, and safety provisions.
Detailed study of flexural behavior, analysis, and design of reinforced concrete beams.
Analysis and design for shear and torsion in reinforced concrete beams.
Control of deflection, cracking, and vibration in reinforced concrete members under service loads.
Control of deflection and cracking in reinforced concrete members.
Principles of bond strength, development length requirements, hooks, and splices for reinforcing bars.
Principles of bond strength and development length requirements for reinforcing bars.
Methods for analyzing and designing one-way and two-way reinforced concrete floor systems.
Methods for analyzing and designing one-way and two-way reinforced concrete slabs.
Study of short and slender reinforced concrete columns under axial load and uniaxial or biaxial bending.
Study of short and slender reinforced concrete columns under axial load and bending.
Design principles and analysis of reinforced concrete shallow foundations, including isolated, combined, and wall footings.
Design of reinforced concrete footings for walls and columns.
Design principles and stability analysis for reinforced concrete retaining walls, including earth pressure theories and structural detailing.
Design principles and stability analysis for cantilever reinforced concrete retaining walls.
Fundamental principles of prestressing, materials, loss calculations, and the load balancing method for analyzing prestressed concrete structures.
Overview of prestressed concrete principles, systems, and analysis.
Comprehensive guide to Reinforced Concrete Design principles, analysis, and application based on NSCP 2015 and ACI 318.