Abstract:
Mass concrete is used in many projects related to the massive construction such as raft foundations,
pile caps, thick beams, walls and dams. Since cement hydration is an exothermic reaction, the temperature rise
within a large concrete mass can be quit high. As a result, significant tensile stresses and strains may be
developed from the volume change associated with the increase and decrease of temperature within the mass
concrete which will lead to crack the concrete. Cracks caused by thermal gradient may cause loss of structural
integrity and monolithic action or shortening of service life of the structures. The objective of this research is to
determine the thermal strain variation from arisentemperature datawhich in turn can be used to predict, whether
the relevant concrete section is going to be cracked or not by comparing with tensile strain capacity values.
