Effect of heat treatment on mechani̇cal behavior of conventional glass

In today's world, glass confronts us as an important construction material including a lot of industries such as building, automotive, white goods, energy, food, drinks, drugs, cosmetics, tourism, furniture, pipes, electrical and electronics. Glass captures so many places in our lives and that's why it is attempted to research its internal structural features in this study. Elastic modulus, which is a measure of the change of shape under force, is also important here. In this study, it is aimed to see the constructional changes of the glasses after the tempering process, their breakings and strengths and the changes of their elastic modules in different structures, by counting experimental methods. Deflection valves and applied force valves on the device are taken from the device database and put in the timoshenko equation while within the period from the first application of force to the moment of breaking. This test was done with electromechanical loading 3 points test device. No variability was observed in elasticity valves.