Refractory Concrete Behaviour for Anchored Systems under Load Induced Thermal Strain

G. Palmer; J. Millard; J. Cobos

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Refractory Concrete Behaviour for Anchored Systems under Load Induced Thermal Strain

机译：负载诱导热应变下锚固系统的耐火混凝土行为

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There is no doubt that the behaviour of refractory structures in processing environments is very complex. Refractory linings must perform at high temperatures and under these conditions these materials exhibit a range of complex phenomena. Industry aims to continually improve refractory reliability and extend runtimes between maintenance stoppages, but in-service degradation of refractory through mechanisms such as dilation, shrinkage and reactions with process constituents make this task difficult.

机译：毫无疑问，加工环境中耐火结构的行为非常复杂。耐火材料必须在高温下进行，并且在这些条件下，这些材料表现出一系列复杂的现象。行业旨在不断提高耐火性可靠性并延长维护停工之间的耐火性，但通过诸如扩张，收缩和与工艺成分的反应等机制的耐火性降低使得这项任务困难。

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来源
《Refractories Worldforum: Manufacturing & Performance of High-Temperature Materials》 |2018年第2期|共6页
作者
G. Palmer; J. Millard; J. Cobos;
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作者单位

Palmer Technologies Pty Ltd Kyabra St Newstead Q 4006 New Zealand;

Palmer Technologies Pty Ltd Kyabra St Newstead Q 4006 New Zealand;

Palmer Technologies Pty Ltd Kyabra St Newstead Q 4006 New Zealand;

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原文格式 PDF
正文语种 eng
中图分类硅酸盐工业;
关键词
refractory; anchors; plastic tips; refractory creep; shrinkage; expansion; Picket effect; design;

机译：耐火;锚;塑料尖端;耐火蠕变;收缩;扩张;纠察效果;设计;

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专利

1. Refractory Concrete Behaviour for Anchored Systems under Load Induced Thermal Strain [J] . G. Palmer, J. Millard, J. Cobos Refractories Worldforum: Manufacturing & Performance of High-Temperature Materials . 2018,第2期

机译：负载诱导热应变下锚固系统的耐火混凝土行为
2. A load induced thermal strain (LITS) semi-empirical model for plain and steel fiber reinforced concrete subjected to uniaxial compressive load [J] . Teixeira Buttignol Thomaz Eduardo Cement and Concrete Research . 2020,第期

机译：一种载荷诱导的热应变（LITS）半实证模型用于单轴压缩载荷的平原和钢纤维钢筋混凝土
3. A confinement-dependent load-induced thermal strain constitutive model for concrete subjected to temperatures up to 500 degrees C [J] . Torelli Giacomo, Mandal Parthasarathi, Gillie Martin, International Journal of Mechanical Sciences . 2018,第期

机译：用于混凝土的限制依赖性负载诱导的热应变型模型，其温度高达500摄氏度
4. Refractory Concrete Behaviour in Pressure Vessels under Load Induced Thermal Strain [C] . Greg Palmer, James Millard, Juan Cobos, Annual safety in ammonia plants and related facilities symposium . 2017

机译：载荷引起的热应变下压力容器中的耐火混凝土行为
5. Sustained load performance of adhesive anchor systems in concrete. [D] . Davis, Todd Marshall. 2012

机译：粘结锚固系统在混凝土中的持续载荷性能。
6. Mesoscale Modelling of Concretes Subjected to Triaxial Loadings: Mechanical Properties and Fracture Behaviour [O] . Qingqing Chen, Yuhang Zhang, Tingting Zhao, 2021

机译：经过三轴载荷的混凝土的Messcale建模：机械性能和骨折行为
7. A confinement-dependent load-induced thermal strain constitutive model for concrete subjected to temperatures up to 500°C. [O] . Torelli, Giacomo, Mandal, Parthasarathi, Gillie, Martin, 2019

机译：受限于约束的载荷诱导热应变本构模型，适用于温度高达500°C的混凝土。
8. Shock Load Capacity of Concrete Expansion Anchoring Systems in Uncracked Concrete. [R] . Salim, H., Dinan, R., Shull, J., 2005

机译：混凝土膨胀锚固系统在未开裂混凝土中的抗冲击承载力。

Refractory Concrete Behaviour for Anchored Systems under Load Induced Thermal Strain

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