Acoustic Properties of Bio-Materials

Sound insulation constitutes one of the majorrequirements for human comfort today. Soundinsulation requirements in automobiles, manufacturingenvironments, and equipments, generating higher soundpressure, strives the need to develop more efficientand economical ways of producing absorptionmaterials. Traditionally, economics of the researchhas enforced the researche to focus on industrialnonwoven textile waste. Recently hygene andenvironmental protection has become another majorrequirement, resulting in more environmentallybenign, natural materials to be used in suchapplications. Within this book, an industiral waste,developed during the processing of tea leaves wasinvestigated for its sound absorption properties asopposed to a standard woven textile cloth andpolyetilen and polyester based nonwoven fiberscomposed from textile waste. The results show us many Industrial Waste can cyclesound absropti n material.This book lead to economics benefits and naturalproducts.

Autorentext

Sezgin Ersoy è professore di Ingegneria meccatronica e Scienza dei materiali. Dopo essersi laureato all'Università di Marmara, è diventato membro della facoltà presso la stessa università. Le sue pubblicazioni includono una serie di sforzi per comprendere i cambiamenti nella meccatronica automobilistica, nella scienza dei polimeri e nelle tecnologie biomediche.

Klappentext

Sound insulation constitutes one of the major requirements for human comfort today. Sound insulation requirements in automobiles, manufacturing environments, and equipments, generating higher sound pressure, strives the need to develop more efficient and economical ways of producing absorption materials. Traditionally, economics of the research has enforced the researche to focus on industrial nonwoven textile waste. Recently hygene and environmental protection has become another major requirement, resulting in more environmentally benign, natural materials to be used in such applications. Within this book, an industiral waste, developed during the processing of tea leaves was investigated for its sound absorption properties as opposed to a standard woven textile cloth and polyetilen and polyester based nonwoven fibers composed from textile waste. The results show us many Industrial Waste can cycle sound absropti n material. This book lead to economics benefits and natural products.