Analysis Of Concrete Compressive Strength Using Environmental Waste Mixtures

Judul       : Analysis Of Concrete Compressive Strength Using Environmental Waste Mixtures

Penulis    : Tito Sugiarto, S.Kom, M.Eng., Fakhri Fauzi Suwandi, M.Pd., Dr. Arifina Febriasari, S.Si., M.Sc., Eka Indah Yuslistyari, S.T., M.T., Muhammad Oka Mahendra, S.ST., M.T., Euis Uswatun Hasanah, ST.,MT., Febrian Krisnawati, ST, MT.

Editor      : Nugraheni Djamal, S.Si., M.T

Ukuran    : 15 x 23

Tebal       : 141hal

Cover      : Soft Cover

SINOPSIS

The book “Analysis of Concrete Compressive Strength Using Environmental Waste Mixtures” addresses the growing urgency of utilizing environmental waste in the construction industry as a response to the increasing demand for concrete and its associated ecological impacts. Rapid infrastructure development has intensified the use of conventional materials such as cement and natural aggregates, contributing significantly to carbon emissions and the depletion of natural resources. In this context, the book positions waste materials such as fly ash, plastic, and glass as viable alternatives that support sustainable development through the principles of the circular economy.

From both conceptual and technical perspectives, the book elaborates on how the physical and chemical characteristics of various waste materials influence concrete properties, particularly compressive strength as the primary indicator of structural performance. Drawing on a comprehensive body of literature, it highlights that certain waste materials exhibit pozzolanic properties capable of enhancing microstructural density and durability. However, their application requires careful optimization to avoid compromising mechanical strength. Key factors such as the water cement ratio, curing conditions, and microstructural interactions are emphasized as critical determinants in the successful integration of waste materials into concrete mixtures.

Beyond technical considerations, the book explores the multidimensional benefits of incorporating waste into concrete, encompassing environmental, economic, social, and policy aspects. The use of waste materials contributes to reducing landfill accumulation, lowering CO₂ emissions, and decreasing production costs. Nevertheless, challenges such as material variability, quality control, and the lack of standardized regulations remain significant barriers to large-scale implementation. Overall, the book underscores that waste-based concrete represents a strategic pathway toward sustainable construction, provided that mix design optimization and supportive policy frameworks are effectively established.