Mechanical Behavior Of Geopolymers After Exposing

The Mechanical Behavior of Geopolymers after exposing to High Temperatures Name University Supervisor Due Date: Executive Summary This paper reviews the mechanical behavior of geopolymers after exposing to high temperatures. The review begins with a brief overview of geopolymers and examines the extant literature on the mechanical behavior of geopolymers after exposing to high temperatures by artificial intelligent techniques. The final and compressive strength of geopolymers is also discussed. Finally, this review examines studies on genetic programming as a technique of modeling the performance of materials and in particular, geopolymers. This paper focuses on the general and specific aspects of genetic programming on geopolymers, and summarizes its importance. Further, this review features genetic programming as applicable to geopolymers as a method of predicting the effect of temperature on their mechanical behavior. From the review, it emerges that geopolymers that resist the action of loads that tend to reduce their sizes, exhibit high compressive strength. Table of Contents Executive Summary ii Chapter One: Introduction to Geopolymers v Chapter Two: Review of Literature vi ï‚ § Summary vi ï‚ § Mechanical Behavior of Geopolymers after exposing to High Temperatures by Artificial Intelligent Techniques vi ï‚ § Final Strength of Geopolymers after exposure to High Temperatures ix ï‚ § Compressive Strength xi ï‚ § Genetic Programming (General) xv ï‚ § Genetic