Investigation of Various Honey comb Structure and Its Application

Abstract

This paper provides comprehensive test results. Preliminary studies on paper honeycomb machine modelling structures always focus on static conditions; some random innovative honeycomb based paper honeycomb structures have their best mechanical performance And have received considerable attention in recent years due to specific activities. Inspired by bee hive, architecture, transportation, mechanical engineering, found wide applications in various fields including chemistry and using the first-principles of two-dimensional hive structures Explored the electronic properties of molybdenum disulfide. In this study, a new broadband microwave-absorbing honeycomb system was designed and fabricated using a new concept. Based on past studies of beetle front wing structures, we have developed an approach to creating honeycomb plates in an integrated body shape. Honeycomb structures widely used in vehicle and aerospace applications due to its high strength and low weight. Sample and we calculated first-principles within the density-function Theory for the study of structural, electronic and magnetic properties of boron-nitride honeycomb structure. Focusing on future electronics technologies and their potential impact on the attractive phenomena exposed in these integrated aluminium hives is considered a promising framework. The formation of a two-dimensional triangular finite element, including additional freedom, was derived based on Eringen's principle of micro polar elasticity. The structural, electronic, optical and vibration properties of zinc antimonate monolayer and their functional structures are explored. Due to the increasing technological development in various industries and the combined need for energy absorption, we have created honeycomb structural images of different diameters with light shock absorbers such as honeycomb structure