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The technology has evolved and lead to developments especially in foremost industries of countries
like defense, automotive and aerospace in last decade. Thus, countries are in competition in order to be
one step further than other contestant countries by creating useful new design, topology or material.
As a result of this aim, cellular materials became popular with their enhancement properties like
indentation resistance, vibration damping, fracture toughness and energy absorption. In this study,
cellular compression test specimens will be manufactured with 3D printer from polymer ABS
material. Afterwards, compression test of these additively manufactured test specimens will be
conducted for the purpose of obtaining stress and strain results and so on determining the mechanical
behavior cellular structures.
International Congress on 3D Printing (Additive Manufacturing) Technologies and Digital Industry
3D-PTC2019
Bekir YALÇIN
Berkay ERGENE
İsmet ŞEKEROĞLU