Benny SURYANTO

本学位論文は複数微細ひび割れ型繊維補強セメント複合材料(HPFRCC)の多方向ひび割れ発生時の力学挙動に関して,実験及び数値解析を通し明らかにすると共に,空間平均構成モデルを構築し検証したものである.構築した材料モデルを用い,構造部材の性能を評価可能であることを示している.

This dissertation offers an engineering approach to understanding the
mechanics of HPFRCC. Topics covered in this dissertation include
experimental and numerical studies of average stress-strain transfer across multiple cracking in cracked HPFRCC. Particular attention is paid on the characterization of shear stress-strain across multiple cracking. The dissertation also includes the modeling of un- and reinforced HPFRCC and discusses various influences of HPFRCC material property on the performance of HPFRCC structural elements.

 

 


Copyright © Concrete Laboratory