Design of Densely Reinforced Concrete Walls and Columns

Abstract

The purpose of this thesis was to define the origin of the value for maximal reinforcement area for reinforced concrete walls and columns, and to create a useful design instruction for the design of densely reinforced structures. Also, the thesis aimed to provide a clear picture of possible applications of dense reinforcement for cast-in-situ structures and to define factors which need to be considered during the design and construction processes.

A significant part of this research was based on interviewing experts at structural design companies as well as at construction sites. In addition, the thesis was based on literacy research of previous and current structural design norms. The information that retrieved from interviews and studies explained the origin of maximal reinforcement area value and the problems occurring in densely reinforced concrete structures.

This knowledge can be applied in structural design process to minimize the possibility of mistakes occurring, as well as to develop the efficiency of structural design and construction implementation processes. In addition, a unique structural guide for the design of densely reinforced concrete walls and columns was created.