Simulation of the cracking and ablation behavior of ferro-siliceous and siliceous nuclear sacrificial concretes

Jinyang Jiang; Yingjun Yu; Hongyan Chu; Wei Sun; Yun Gao; Wei She

doi:10.1007/s11595-016-1479-4

Simulation of the cracking and ablation behavior of ferro-siliceous and siliceous nuclear sacrificial concretes

Journal of Wuhan University of Technology-Mater Sci Ed 31(5): 982-988

Article 2016 English

Abstract

1 min read

We investigated the simulation of the cracking and ablation behavior of ferro-siliceous and siliceous nuclear sacrificial concretes. To this end, four type

Related publications

Article2016

Thermal behavior of siliceous and ferro-siliceous sacrificial concrete subjected to elevated temperatures

Hongyan Chu, Jinyang Jiang, Wei Sun, Mingzhong Zhang

Materials & Design

Article2020

Using Graphene Sulfonate Nanosheets to Improve the Properties of Siliceous Sacrificial Materials: An Experimental and Molecular Dynamics Study

Hongyan Chu, Zifei Wang, Yu Zhang, Fengjuan Wang, Siyi Ju, Lanxin Wang, Danqian Wang

Materials

Article2016

Mechanical and physicochemical properties of ferro-siliceous concrete subjected to elevated temperatures

Hongyan Chu, Jinyang Jiang, Wei Sun, Mingzhong Zhang

Construction and Building Materials

Article2010

Effect of steel fibers on plastic shrinkage cracking of normal and high strength concretes

Ozgur Eren, Khaled Marar

Materials Research

Article2016

Influence of Concrete Properties on Molten Core-Concrete Interaction: A Simulation Study

Jinyang Jiang, Yingjun Yu, Hongyan Chu, Wei Sun, Yun Gao

Advances in Materials Science and Engineering

Simulation of the cracking and ablation behavior of ferro-siliceous and siliceous nuclear sacrificial concretes

Abstract

Discussion(0)

Related publications

Thermal behavior of siliceous and ferro-siliceous sacrificial concrete subjected to elevated temperatures

Using Graphene Sulfonate Nanosheets to Improve the Properties of Siliceous Sacrificial Materials: An Experimental and Molecular Dynamics Study

Mechanical and physicochemical properties of ferro-siliceous concrete subjected to elevated temperatures

Effect of steel fibers on plastic shrinkage cracking of normal and high strength concretes

Influence of Concrete Properties on Molten Core-Concrete Interaction: A Simulation Study