JACT is fast. Only 5 to 7 months from submission to publishing thanks to electronic file exchange between you, the reviewers and the editors. JACT is high quality. Peer-reviewed by internationally renowned experts who return review comments to ensure the highest possible quality. JACT is transparent. The status of your manuscript from submission to publishing can be viewed on our website, greatly reducing the frustration of being kept in the dark, possibly for over a year in the case of some journals. JACT is cost-effective. Submission and subscription are free of charge . Full-text PDF files are available for the authors to open at their web sites. Scope: *Materials: -Material properties -Fresh concrete -Hardened concrete -High performance concrete -Development of new materials -Fiber reinforcement *Maintenance and Rehabilitation: -Durability and repair -Strengthening/Rehabilitation -LCC for concrete structures -Environmant conscious materials *Structures: -Design and construction of RC and PC Structures -Seismic design -Safety against environmental disasters -Failure mechanism and non-linear analysis/modeling -Composite and mixed structures *Other: -Monitoring -Aesthetics of concrete structures -Other concrete related topics
JACT速度很快。由于您、审稿人和编辑之间的电子文件交换,从提交到出版仅需5到7个月。JACT是高质量的。由国际知名专家进行同行评审,并返回评审意见,以确保尽可能高的质量。您的稿件从提交到发表的状态可以在我们的网站上查看,大大减少了被蒙在鼓里的沮丧,在一些期刊的情况下可能超过一年。JACT是成本效益高。提交和订阅是免费的。作者可在其网站上打开全文PDF文件。范围:*材料:-材料特性-新拌混凝土-硬化混凝土-高性能混凝土-新材料开发-纤维增强*维护与修复:-耐久性与修复-加固/修复-混凝土结构LCC-环保材料*结构:-RC和PC结构的设计与施工-抗震设计-环境灾害安全性-破坏机理与非线性分析/建模-复合与混合结构*其他:-监测-混凝土结构美学-其他混凝土相关主题
Quantitative Deterioration Assessment of Road Bridge Decks Based on Site Inspected Cracks under Stagnant Water
来源期刊:Journal of Advanced Concrete TechnologyDOI:10.3151/JACT.17.16
Temperature Dependency of Short-Term Length-Change and Desorption Isotherms of Matured Hardened Cement
来源期刊:Journal of Advanced Concrete TechnologyDOI:10.3151/JACT.17.188
A Simplified Model to Predict Thermo-Hygral Behaviour and Explosive Spalling of Concrete
来源期刊:Journal of Advanced Concrete TechnologyDOI:10.3151/JACT.17.419
Poroelastic Insights into Stress Dependence of Chloride Penetration into Saturated Cement-Based Porous Materials
来源期刊:Journal of Advanced Concrete TechnologyDOI:10.3151/JACT.17.350
Impact of Bio-Aggregates Properties on the Chemical Interactions with Mineral Binder, Application to Vegetal Concrete
来源期刊:Journal of Advanced Concrete TechnologyDOI:10.3151/jact.17.542
Scatter of constitutive models of the mechanical properties of concrete: Comparison of major international codes
来源期刊:Journal of Advanced Concrete TechnologyDOI:10.3151/JACT.17.3.102
Mechanical Performance and Durability of Latex-Modified Fiber-Reinforced Concrete
来源期刊:Journal of Advanced Concrete TechnologyDOI:10.3151/JACT.17.79
The Colorimetry Method in Assessing Fire-Damaged Concrete
来源期刊:Journal of Advanced Concrete TechnologyDOI:10.3151/JACT.17.282
Research and Development of Infrastructure Diagnostic Robot System (ALP) for Detailed Inspection of Concrete Structures at Elevated Heights
来源期刊:Journal of Advanced Concrete TechnologyDOI:10.3151/jact.17.526
Relationship Between Expansion Characteristics of Heat-Cured Mortars During Water Curing and Origins of Ettringite Formation
来源期刊:Journal of Advanced Concrete TechnologyDOI:10.3151/JACT.17.260
Methodology of Evaluating Elastic Modulus of Cement Mortar Corroded in Brine
来源期刊:Journal of Advanced Concrete TechnologyDOI:10.3151/JACT.17.434
Field Survey of Radioactive Cesium Contamination in Concrete After the Fukushima-Daiichi Nuclear Power Station Accident
来源期刊:Journal of Advanced Concrete TechnologyDOI:10.3151/jact.17.659
Capillary Transport of Water in Cracked and Non-cracked UHPFRC Specimens
来源期刊:Journal of Advanced Concrete TechnologyDOI:10.3151/JACT.17.5.244
Fatigue Lifetime Prediction of Newly Constructed RC Road Bridge Decks
来源期刊:Journal of Advanced Concrete TechnologyDOI:10.3151/jact.17.715
Full-Field Settlement Measurement at Fresh Cementitious Material by Digital Image Correlation
来源期刊:Journal of Advanced Concrete TechnologyDOI:10.3151/JACT.17.168
Microscopic Change in Hardened Cement Paste due to High-Speed Impact
来源期刊:Journal of Advanced Concrete TechnologyDOI:10.20944/PREPRINTS201812.0074.V1
A study on biomineralization using bacillus subtilis natto for repeatability of self-healing concrete and strength improvement
来源期刊:Journal of Advanced Concrete TechnologyDOI:10.3151/jact.17.700