Repair and Strengthening of Concrete Structures with Advanced Reinforcements
A special issue of Materials (ISSN 1996-1944). This special issue belongs to the section "Construction and Building Materials".
Deadline for manuscript submissions: closed (30 November 2021) | Viewed by 4088
Special Issue Editor
Interests: structural renovation of civil structures; fibre reinforced polymer (FRP) reinforcement; structural behaviour of concrete structures; damage diagnostics and monitoring; accidental load cases such as fire and explosion; prefabricated concrete; technologies for durable building materials and techniques among which circular concrete
Special Issue Information
Dear Colleagues,
The existing building stock is strongly dominated by concrete load bearing structures, for which the in-use performance and sustainability play a crucial role in fostering societal and economic growth. The rebuilding of all deficit structures is not regarded as an appropriate solution (economically, environmentally and scientifically) given the emerging technologies to strengthen concrete structures and to extend their service life in an efficient and cost-effective manner, in terms of both rehabilitation and retrofitting. The former refers to restoring the structures to their original capacity, e.g., resolving concrete deterioration, and the latter refers to fitting the anticipated loading conditions, such as strong earthquakes.
Concrete repair and strengthening represent a large proportion of the total construction output; consequently, there is a great deal of interest in the development of advanced materials, strengthening systems and applications to more effectively extend the service life of reinforced and prestressed concrete structures. This Special Issue of Materials will offer a detailed overview of recent research and development achievements in this respect, including:
- Advanced reinforcing materials (e.g., fibre-reinforced polymers; shape memory alloys; engineered cementitious composites);
- Latest technological advancements (e.g., surface-bonded reinforcement; textile-reinforced mortar; near-surface or deep-embedded reinforcement; post-tensioning; mechanical anchorages);
- Versatile application conditions (e.g., accidental loads such as seismic, fire, explosion; resilience against climate change; multi-purpose functionalization such as combined systems for structural repair and energy conservation);
- Maximizing sustainability (e.g., repair and strengthening solutions with minimal environmental impact or based on secondary raw materials; impact of the service life extension on the environmental footprint of the existing structure; sustainable design of interventions).
It is my pleasure to invite you to submit a manuscript for this Special Issue. Full papers, communications and reviews are all welcome.
Prof. Stijn Matthys
Guest Editor
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Keywords
- Concrete strengthening
- Structural repair
- Rehabilitation
- Externally applied reinforcement
- Fibre-reinforced polymer
- Shape memory alloys
- Engineered cementitious composites
- Resilience
- Sustainability
- Service life
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