Ralp

Theory of Structures is concerned with establishing an understanding of the behaviour of structures such as beams, columns, frames, plates and shells, when subjected to applied loads or other actions which have the effect of changing the state of stress and deformation of the structure.

Theory of Structures is concerned with establishing an understanding of the behaviour of structures such as beams, columns, frames, plates and shells, when subjected to applied loads or other actions which have the effect of changing the state of stress and deformation of the structure. This notes covers determinate structures which can be simply solved using the three equilibrium equations. Course Coverage: - Loads on Structures - Double Integration Method - Area Moment Method - Conjugate Beam ...

Theory of Structures is concerned with establishing an understanding of the behaviour of structures such as beams, columns, frames, plates and shells, when subjected to applied loads or other actions which have the effect of changing the state of stress and deformation of the structure. This notes covers indeterminate structures wherein the use of equilibrium equations are not sufficient to solve the problem. Course Coverage: - Determinacy and Stability - Method of Superposition - Virtual Work M...

This notes discusses Steel and Timber as a structural material. Coverage: - Reference: NSCP 2001 & 2010 (ASD) - Properties of Steel - Section Properties of Structural Steel - Tension Members - Compression Members - Flexural Members - Bolted Connections - Welded Connections - Plastic Analysis of Steel - Timber Design

Reinforced concrete is a composite material in which concrete's relatively low tensile strength and ductility are counteracted by the inclusion of reinforcement having higher tensile strength or ductility. This notes will help students learn about the properties and necessary calculations in designing infrastructures using reinforced concrete. Coverage: - Reference: NSCP 2015 PH - Concrete and Steel Properties - Structural Elements of a Building Frame - Design and Analysis of SRRB - Design and ...

Mechanics of materials is a study of the relationship between the external loads applied to a body and the stress and strain caused by the internal loads within the body. This is an important course in Civil Engineering because it is the foundation of design subjects such as Reinforced Concrete Design and Steel Design. Coverage: - Review on Statics of Rigid Bodies - Simple Stresses (Normal, Shear & Bearing) - Thin Walled Cylinders - Strain (Hooke's Law) - Thermal Stress and Thermal Strain - She...

Fluid Mechanics Seatwork (Practice Problems with Solution and Answer)

Fluid Mechanics Seatwork (Practice Problems with Solution and Answer)

Fluid Mechanics Seatwork (Practice Problems with Solution and Answer)

Fluid Mechanics Seatwork (Practice Problems with Solution and Answer)