FUTURE PROOFING
Overcoming the challenges of mass concrete with advanced temperature monitoring solutions
In this article by Andrea Arellano ,
Content Marketing Associate at Giatec , we explore how advanced temperature monitoring solutions tackle the challenges of mass concrete in modern construction . Discover the pivotal role of technology in ensuring structural integrity and efficiency .
I n the modern construction era , the use of mass concrete elements has been essential when building large structures such as heavy civil , dams , large bridges , piers and transfer beams , just to name a few . Mass concrete is typically defined as any volume of concrete with dimensions large enough to require that measures need to be taken to cope with generation of heat from the hydration of the cement and attendant volume change to minimise cracking . Likewise , smaller structures may also be categorised as mass concrete depending on several factors , such as type and quantity of cement , volume-to-surface ratio of the concrete , weather conditions , concrete placing temperatures , degree of restraints to volume changes and the effect of thermal cracking on function , durability and appearance .
The challenges of mass concrete
In order to achieve a structurally sound mass element , there are a lot of subtleties , technical knowledge and experience required in terms of design , placement and monitoring . The main challenge with mass concrete applications is related to the high heat conditions that the internal area of the element is subjected to . Contractors know that it is of the utmost importance to ensure that the maximum concrete temperature will not exceed specific limits and that the temperature
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