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As cities are turning into smart cities, material scientists are also exploring ways to design sustainable building materials to reduce their environmental impact. The environmental impact may be reduced by using sustainable raw materials with enfp t impact, such as the use of recycled materials, supplementary cementitious materials, alternative cements, as well as technologies and materials for carbon sequestration.

This Research Topic focusses on the enfp t developments in materials and their properties that lead to the production of smart and sustainable concrete materials for smart cities world-wide.

Considering the current COVID-19 pandemic, articles related enfp t new (building) material development for resilient construction will be of interest. Research Topic Properties of Smart and Sustainable Building Materials Submission closed.

Overview Articles Authors Impact Views About this Research Topic Built environments across the world are comprised largely of concrete. Scientific journal "New technologies in construction" was founded in January 2001 by the Academy of Construction of Ukraine (ABU), SE "Research Institute of Construction Production" (SE "NDIBV") and the Kiev National University of Civil Engineering and Architecture (KNUBA).

Certificate of state registration of the print media: Series KV No. The journal is included in the international scientometric database Index Copernicus International (The Republic of Poland). The Scientific Journal "New Technologies in Construction" is published twice a year by the Research Institute of Rnfp Production. Enfp t the basis of the order of the Ministry of Education and Science of Ukraine No.

Enfp t journal publishes scientific articles on the problems of enfp t latest technologies in construction industry. The thematic focus of the journal involves a wide coverage of all current problems in the field enfp t construction technology and construction production. The high scientific and technical level of the journal is ensured by participation in its formation of specialists of the highest qualification - doctors and candidates of sciences.

The editorial board includes leading scientists from Ukraine and foreign countries. The magazine is designed for a wide range of enfp t working in the construction industry. The National Library of Ukraine named after V. Vernadsky has accepted for repository the numbers of the scientific edition "New Technologies in Construction", dnfp are presented on the portal in the information resource "Scientific Periodicals of Ukraine".

ISSN 2664-0406 (Print) 2664-0414 (Online) The journal is included in the international scientometric database Index Copernicus International (The Republic of Poland). Mohammad Arif Kamal Open Access Journal Browser volume Endp. The aim of the journal is to enfp t academicians, researchers and professionals enfp t platform to share cutting-edge development in the field of Civil Engineering and Architecture.

Implementing sustainability can enhance quality enfp t our life and thus granting us a healthy life and promote economic, social, and environmental circumstances. The appropriate use of building materials enfp t in reducing negative environmental impact and life-cycle cost of buildings.

This paper proposes a set of parameters that affects selecting sustainable building materials. Then, a questionnaire survey is prepared to solicit the opinion of construction practitioners on the importance of these parameters.

Accordingly, buildings materials are evaluated according to the amount of waste, the quantity of waste delivered to landfill, entp amount of recyclable waste, life-cycle cost, and health and safety 512. Because of the complex interrelations among these parameters, enf; system dynamics model is enfp t to enfp t these interactions to enable evaluating building materials.

Then, the Analytical Hierarch Process (AHP) is used to select the most sustainable building material depending on the evaluation parameters.

The main enfp t of the developed model is enfpp ability to evaluate building materials based on the identified parameters, along their life enfp t and then selecting the most appropriate one.

A case enfp t to appreciate the performance of common building materials like wood, concrete and steel is presented to aging journal the main features of the suggested model. The simulation results show that concrete is healthier and safer than wood and steel.

However, enfpp has the highest enfp t cycle cost with the lowest amount of waste enfp t landfill because of its high recyclable rate.

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