Early-age hydration behaviour of Seawater-mixed LWAC

<p>The following files consists of data from the original article "Seawater-Mixed Lightweight Aggregate Concretes with Dune Sand, Waste Glass and Nanosilica: Experimental and Life Cycle Analysis" published in International Journal of Concrete Structures and Materials.</p><p>Link to access the article at source: https://link.springer.com/article/10.1186/s40069-023-00613-4#article-info</p><p>The data set consists of heat of hydration at an instantaneous time and cumulative heat of hydration up to 7 days &nbsp;of hydration are included. &nbsp;Furthermore, the dataset consists of information on the particle size distribution of the raw materials (CEM III and nano-Silica) used in this research work.&nbsp;</p><p>The origin file consists of three sheet with following information.</p><p>First sheet consists of Particle size distribution of CEM III and nano Silica.</p><p>Second sheet consists of cumulative heat of hydration up to 7 days for specimens TW0, SW0, TW3, and SW3.</p><p>Third sheet consists of heat flow at instantaneous time up to 7 days for specimens TW0, SW0, TW3, and SW3.</p><p>ID description:</p><p>TW0 - CEM III mixed with Tap water</p><p>SW0 - CEM III mixed with Seawater</p><p>TW3 - CEM III + 3% nano-Silica mixed with Tap water<br>SW3 - CEM III + 3% nano-Silica mixed with Seawater</p><p>PS - The attached file could be opened only with ORIGIN 2021b or any other compatible versions of the same software</p>