精密工作機械構造用セラミックスレジンコンクリートの開発 : 第1報, セラミックスレジンコンクリートのヤング率と圧縮強度

概要

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Resin concrete has been widely used in machine tool structures in order to improve the dynamic properties, to reduce the lead time of production and to reduce thermal deformation. It has been pointed out, however, that Yung's modulus of the concrete is about one-seventh that of cast iron and is inferior to conventional materials in static stiffness. Therefore, in this paper, a new material named ceramics resin concrete, has been developed for precision machine tool structures. This material consists of epoxy resin and ceramics which are alumina, silicon carbide, zirconia or a blend of these. It is concluded from the results that Young's modulus is three times and the compressive strength is two times that of conventional resin concrete. In addition, production methods are established for the ceramics resin concrete.
一般社団法人日本機械学会の論文
1991-11-25