Safety and serviceability checks – the results of the analysis are used to determine whether or not the structure satisfies the safety and serviceability requirements of the design codes. Structural Analysis – the values of the loads are used to carry out an analysis of the structure in order to determine the stresses or stress results in the members and the deflections at various points of the structure.

Estimation of Loads – it involves determination of all the loads that can be expected to act on the structure. Preliminary Structural Design – in this phase, the sizes of the various members of the structural system selected in the planning phase are estimated based on approximate analysis, past experience and code requirements. structural steel, timber or reinforced concrete) 2. rigid frame or truss) that may be feasible and the types of materials to be used (e.g. Planning Phase – this phase usually involves the establishment of the functional requirements of the proposed structure, the general layout and dimensions of the structure, consideration of the possible types of structures (e.g. Role of Structural Analysis in Structural Engineering Projects Structural Engineering – the science and art of planning, designing and constructing safe and economical structures that will serve their intended purposes.įigure 1: Phase of a Typical Structural Engineering Projectġ. Galileo Galilei (1564 - 1642) – generally considered to be the originator of the theory of structures. THEORY OF STRUCTURES (Lecture Notes) INTRODUCTION TO STRUCTURAL ANALYSIS Structural Analysis – the prediction of the performance of a given structure under prescribed loads and/ or other external effects, such as support movements and temperature changes.

Kassimali structural analysis pdf