0% Complete
|
Sign in
|
Sign Up
Home
/
14th International Fiber and Polymer Research Symposium
Development of Auxetic Composite Materials
Authors :
Emre Demir
1
Ayşe Bedeloğlu
2
1- Bursa Technical University
2- Bursa Technical University
Keywords :
3D printing،additive manufacturing،composite،auxetic،negative poisson،PLA
Abstract :
There is increasing interest in using lattice cores in the design of sandwich structures due to their reduced weight and improved mechanical properties. In recent years, cellular structures have also been frequently used as the core material of sandwich composites. The oldest and most widely used of these structures is the honeycomb core structure inspired by nature. In addition to the traditional honeycomb structure, auxetic structure types can also be used as core materials. Auxetic cellular structures are materials with negative Poisson's ratio that have some unique and improved mechanical properties compared to other conventional cellular materials. Traditional methods used in the production of the core material used in sandwich structures have many limitations for structures with different geometries. Additive manufacturing (AM) is a rapidly expanding advanced manufacturing technology that enables high-accuracy and low-cost production of physical models and complex geometric structures. Three-dimensional printers have supported the realization of many scientific researches with their ability to produce different and complex structures, as well as the ease of use of thermoplastic materials. Recently, research continues to be carried out on three-dimensional printers in order to find solutions to the needs in the sector and to ensure higher production efficiency. In this study, for the development of auxetic composite materials, auxetic and non-auxetic structures were produced using the melt deposition modeling method and their mechanical properties were examined.
Papers List
List of archived papers
Enhancement of Mechanical And Barrier Properties of Carrageenan Hydrogel Films Reinforced with Gallic Acid and Iron Powder for Active Food Packaging
Nurcan Karaca - Yasemin BALCIK TAMER - Demet Aydınoğlu
Mechanical and Chemical Properties of CaCO3 Added Glass Fiber-Reinforced Composites
Hurrem CANITEZ - Ayse BEDELOGLU
A new fibre crop for Türkiye: okra cultivars for textile industry
Faik Kantar - Nazire Deniz Yılmaz - Mauaid Khalife Alani - Fadime Gündüz
Bigbag üretiminde kullanılan dikiş iplerinin geri dönüştürülmüş plastik kaynaklarından üretilmesi ve uygulanabilirliği
Betül Gülgeç - Mehmet Zeybek - Erhan Demircan
Development of Pickering Emulsion Hydrogels via Photopolymerization: Synthesis, Swelling Behaviour, and Antibacterial Activity
TUĞBA ŞİMŞEK - Fatma NUR PARIN - Uğur PARIN
Bölgesel Pazar Trendlerine Uygun Çevre Dostu Halı Geliştirilmesi
Ahmet ASLAN - Sümeyra OĞUZ
Development and characterization of dual crosslinking of D-limonene/epoxy biocomposites
Azra Albayrak - Ahmetcan Gün - Fatma Nur Parın - Recep İlhan
DEVELOPMENT OF ACRYLIC BASED ANTIMICROBIAL NANOFIBER MEMBRANES FROM ACRYLIZED CELLULOSE ACETATE BUTYRATE
Fadime ÇAKMAK KAYA
Giyim ürünlerinde kullanılmak üzere tasarlanmış serinletici etkili nakış ipliği
MAİNE SULTAN YAZICI - ERKAN EKİCİ
NEW ROUTES OF SAFE AND SUSTAINABLE BY DESIGN WATER AND OIL REPELLENT BIOBASED COATINGS
Ozan Yildiz - Zuhrenur Goktas - Ozan Onuktav - Melike Oya Kader - Bekir Boyaci
more
Samin Hamayesh - Version 41.7.5