The Smart Building Materials of Tomorrow

Authors

  • Prof Priyavrat Thareja Ph.D, CSSBB, LA: QMS ,EMS Director Principal, Rayat Institute of Engineering & Info Technology Railmajra, SBS Nagar.
  • Priyanka Thareja Manager Lehmeyer.

Keywords:

Transactional phase of win-win functions, Qualte-k-nology, Compettitude paradigms of transformational phase.

Abstract

The buildings of tomorrow are supposed to fulfill the desires of man much more vigorously as the human desires themselves are tightly caught in a kind of spiral which is continuously growing both in magnitude and in qualitative terms. The transition is from traditional to transactional. Modern trends are approaching smart computers, smarter controls and instruments that could remotely exercise monitoring over the automated and intelligent gadgets that demand the ambience, the kind of which was hitherto not comprehended. In that context, what materials would dominate the construction scene tomorrow, and on what attributes will their find, research and development prevail, is being hypothesized in this article. It is thought that the possible hallmark of tomorrow’s construction materials will be: maintain the smart attributes of the smart materials. It calls for a transformational development in research applications. The directions as perceived already by authors are deliberated in this work.

References

[1]. Thareja P. Exploring Qualte-k-nology for a breakthrough tomorrow (quality of, say, particulate technology knowledge). Omni Science: A Multi-disciplinary Journal 2013; 3(2): 12-26.
[2]. https://materia.nl/article/village-built-pla stic-bottles/.
[3]. http://www.metalresources.net/index.ph p/save-energy
[4]. Bindal D, Thareja P, et al. The FD fuzzy approach to the assessment of short term load for casting. Proceedings of National Conference on Role of ICT in Societal Applications and Industrial development (ICT-2012), SIET, Derabassi, 15-16 Mar, 2012.
[5]. Denhardt J, Denhardt R. Creating a culture of innovation: 10 lessons from America’s best run city. Innovation 2002; 107.
[6]. Thareja P, Thareja, M. Total environmental management: journey to a green globe. Quality World Feb 2010; VII(2): 3-7. [adapted from Consultancy Vision, Special Issue on Environment, April 2006]. Available at SSRN: https://ssrn. com/abstract=1505965
[7]. The 7 Habits of Highly effective people- Habit 4: Think win/win https://www. gbnews.ch/the-7-habits-of-highly-effectiv e-people-habit-4-think-win win/.
[8]. www.dictionary.com
[9]. Thareja P, Mahapatra PB, Sharma DD. Metamorphosis In teaching of ‘materials’: A case study aligning manufacturing requirements. National Seminar on Advances in Materials & Manufacturing Processes AMMT-07, Punjab Engineering College, Chandigarh 21-22 Sep 2007.
[10]. Cover page. Foundry: A Journal of Progressive Metal Casters. Ed Shah MR, Vol. xxviii, No. 6, issue 168, Nov/Dec 2016; 53-57.
[11]. Thareja P. Hollow bricks-assisted sustainable housing construction. Journal of Advance Research in Construction and Architectural Engineering 2014; 1(1).
[12]. Shalome ADR Prod Res
[13]. Strengthening the Technological Base of the Building Materials Industry, Pamphlet of Building Materials Technology and Promotion Council, Min. of Urban Affairs & Employment, GOI.
[14]. Tech profiles; BMT/T.P./1-97 & profile BMT/T.P./2-97: Pamphlets of BMTPC on Composite Materials.
[15]. Thareja P, Garg H. Rebonding forest fibre to sustainable deployment. Journal of Energy, Environment & Carbon Credits 2014; 4(3): 11-24.
[16]. Thareja P. ADR Manufacturing J (also in proceedings of the seminar on smart cities, Engineers Day Celebrations, Phagwara, Sep 15-16, 2016.
[17]. Mork KA. Energy Prices, Inflation and Economic Activity. Massachusetts: Ballinger Publication Co 1981; 89. [18]. Koevering TEV, Shell NJ. Energy: A Conceptual Approach. NY: Prentice Hall 1986.
[19]. Thareja P, Thareja P. Enviro-energy efficiency in building walls-Construction thru operation. Journal Of Production Research & Management 2014; 4(1).
[20]. Thareja P, Thareja P. Sustainability in plywood manufacturing industry. Proceedings of National Conference on Emerging Trends in Manufacturing Systems, JMIT, Radaur, March 15-16, 2005. Available at SSRN: https:// ssrn.com/abstract=2174243 or http://dx. doi.org/10.2139/ssrn.2174243
[21]. Tektites: Ceramics made from foam. 5 October 2016 https://materia.nl/article /tektites-ceramics-foam/. [22]. New Low-Cost Flexible Smart Window Material. 7 Sep 2016. https://materia .nl/article/new-low-cost-flexible-smartwindow- material/
[23]. New Low-Cost Flexible Smart Window Material. 7 Sep 2016 http://webdocs. cs.ualberta.ca/~database/MEMS/sma_m ems/smrt.html
[24]. Solar and Wind Energy Generated by Fabric. 16 Sep 2016. https://materia. nl/article/solar-wind-energy-generatedfabric/
[25]. Energy Charging Flooring Made From Wood Pulp. 28 Oct 2016. Available at: https://materia.nl/article/energy-chargin g-flooring-wood-pulp/.

Published

2016-11-27

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