A Study on Behavior and Mechanical Properties of Polyester Based Composite Materials
- February 18, 2019
- Posted by: RSIS
- Category: Mechanical Engineering
International Journal of Research and Scientific Innovation (IJRSI) | Volume VI, Issue II, February 2019 | ISSN 2321–2705
A Study on Behavior and Mechanical Properties of Polyester Based Composite Materials
Dr. Naveen Kumar G#, Suresh Kumar C*
#,*Mechanical Engineering Department, Institute of Aeronautical Engineering, Dundigal, Hyderabad-500043, India
Abstract— This review paper represents the study of different parameters, properties, behaviors and testing of Composite Materials. The studies of composite material can be done from different articles in the period of 2009 to 2019 and this paper reviewed from: Brief study on Mechanical Testing and their properties, fatigue behavior and its group properties like (Ultimate strength, Yield stress, and Elasticity Modulus) of prosthetic for partial foot amputation, Experimental analysis of unsaturated polyester reinforced by ceramic particles of alumina for implementation on human body, The process of occurring failure and solution to analysis the problem faced by drill twist of drilling operation on composite materials, The Design of Experiment is to evaluate effect of design parameter on dynamic response of laminated composite lattice cylinder shell, The Discussion of properties and geometric parameters on plastic zone size, The Investigation of fatigue Test can made on polymer composite material, The Technology in shielding can be discussed to improve better development in Fabrication process. In this paper the discussion reviews on basic study of composite materials.
Keywords— Composite materials, mechanical testing, fatigue behavior, radiation shielding, and acoustic emission.
I. INTRODUCTION
The composite materials are defined as the process of combining two or more constituent materials with Engineered or Naturally occurring materials. The composite material is to form a material capable of sustaining loads in microscopic scale. The composite material is widely used in many applications to increasingly have a high strength, durability, wear resistance, stiffness, low density while compared to heavy materials and loss in weight of material. Composites are also used to contain the physical, chemical and mechanical properties.
