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The finite element simulation analysis [11] is commonly used in the research and analysis of civil engineering.

Thermal Performance Testing for Window with Vacuum Glazing Ivan Chmúrny1,a*, Daniel Szabó1,b*, Martina Jurigová1,c* 1Slovak University of Technology in Bratislava, Faculty of Civil Engineering, Radlinského 11, 81005 Bratislava, Slovakia aivan.chmurny@stuba.sk, bdaniel.szabo@stuba.sk, cmartina.jurigova@stuba.sk Keywords: vacuum glazing, U-value, pillars, edge, window Abstract.

Experiment 2.1 Description of experiment Four model rooms with the same dimensions were situated on the rooftop above the 5th floor of the Faculty of Civil Engineering in Bratislava, Slovakia.

An Analysis of the Evaluation Methods for Thermal Transmittance of Curtain Wall System Based on Simulators Minjung Bae1, a, Yumin Kim1, b*, Gyeongseok Choi1, c, Jaesik Kang1, d, and Hyunjung Choi1, e 1Department of Building and Urban Research Institute, Korea Institute of Civil Engineering and Building Technology, Republic of Korea abaeminjung@kict.re.kr, b,*ymkim@kict.re.kr, cbear717@kict.re.kr, djskang@kict.re.kr, emingineu@kict.re.kr Keywords: Curtain wall system, ISO 15099, WINDOW/THERM, Simulator, The evaluation methods Abstract.

Benefits and Opportunities of Reusing Waste Rotor Blades Materials from a Life Cycle Perspective Angela Daniela La Rosaa*, Stergios Goutianosb Department of Manufacturing and Civil Engineering, Norwegian University of Science and Technology, Teknologivegen 22, 2815 Gjøvik, Norway aangela.d.l.rosa@ntnu.no; bstergios.goutianos@ntnu.no *corresponding author Keywords: LCA, recyclable thermoset composites, GFRP and FFRP, eco-design.

Potential of Solar Farm Development at UTM Campus for Generating Green Energy Shahrul Nizam Mohammad1,a, Rozana Zakaria2,b, Wahid Omar3,c, Muhd Zaimi Abd Majid4,d, Abd Latif Saleh5,e, Mushairry Mustafar6,f, Rosli Mohammad Zin7,g and Noor Azland Jainuddin8,h 1,2,3,4,5,6,7,8 Faculty of Civil Engineering, Universiti Teknologi Malaysia, 81310 UTM, Johor, Malaysia ashahrul_m@yahoo.com, brozana@utm.my, cwahid@utm.my, dmzaimi@utm.my, ealatif@utm.my, fmushairry@utm.my, groslizin@utm.my, hazland8558@gmail.com Keywords: Electricity Generation, Global Warming, Renewable Energy, Solar Farm, Financial Benefit.

Sustainability serves as the fundamental basis for the contemporary realm of engineering; it can be described as using natural materials without influencing the future generation's demand.
Sustainability engineering for pavements [5].
The use of rubber crumbs remains after crushing scrap tires and shredding them for use in various civil engineering projects and, in particular, in paving.
The physical properties of the Crumb Rubber (Company for Tire Industry in A.L.- Najaf City – Engineering Office -Technology Department, 2009).
Department of Civil & Architectural Engineering University of Wyoming December 2007,” no.

Tangkere1,c 1Department of Family Welfare Education, Universitas Negeri Manado, Indonesia 2Department of Civil Engineering Education, Universitas Negeri Manado ahelenaopit@unima.ac.id*, djubirkembuan@unima.ac.idb, tellytangkere@unima.ac.idc Keywords: taro, taro cake, taro nutrition Abstract.
This research was conducted at the PKK Laboratory, Faculty of Engineering, UNIMA.
This research was conducted in the Laboratory of Catering, Family Welfare Education, Faculty of Engineering, Manado State University.

Furthermore, according to figures cited: applied adaptronics synergistically integrates combinates and operationally integrates core technologies, such as structural mechanics technology, sensor and actuator technology, new technology of advanced materials, intelligent production technology, simulation and modeling technology, adaptronic technology and microelectronics, advanced software technology, intelligent control technology, signal processing technology, rehabilitation technology systems, and so on; applications of adaptronic technology oriented are generally intelligent machine engineering, robotics and micro-nanorobotics engineering, automobile engineering, intelligent medical engineering, optical engineering, aerospace engineering, communications engineering, military engineering, mechatronics engineering, integronics engineering, adaptronics engineering, etc.
, industrial engineering, mechatronics engineering, optical engineering, aerospace engineering, military engineering, robotic engineering, etc. applications of adaptronic mechatronic products / systems that are summarized as a whole, in industrial and commercial applications, industrial results of the advanced high-tech field of Mechatronic Adaptronics, that are embodied in technologies and intelligent mechatronic systems, adaptronic structural and mechatronic technologies and hiper-intelligent multi-adaptronic systems contributing to the sustainable development of industrial intelligence, knowledge, economy and information society. 4.2.
Below, in accordance with figure mentioned: Integronics, Micro-Integronics and Nano-Integronics is synthesized by the high technological synergy and assembled combination of mechatronics subdomains (including micro-mecatronics and nano-mecatronics), integrative mechatronics (including senzoristics, actuators, digital interfaces, etc.), robotics (including micro-robotics and nano-robotics), precision mechanics (including micro-mechanical and nano-mechanical precision), electronics (including micro-electronics and nano-electronics), IT (including computing and nano-informatics) with other sciences (physics, chemistry, mathematics, economics, sociology , psychology, etc.) in industrial-commercial applicative structure with industrial engineering (including industrial micro-nano-engineering), ERIA systems and bio-systems engineering, intelligent materials engineering (including micro-nano intelligent materials engineering) and medical and bio-medical engineering (including medical and bio-medical
, engineering smart machines, smart car engineering, integrons engineering, optical engineering, aerospace engineering, micro-nano engineering, robotics engineering, and so on; intelligent systems technologies and applications of adaptive integronics adaptronics with structural and multi-functional hiperintelligent adaptronic integronics that are adaptive in their entirety and marketing of industrial applications, advanced high-tech field results in integronics that are embodied in the adaptive and adaptive technologies and structural systems and intelligent multi-hiper-intelligent adaptronic integronics, contributing to the development of intelligent industry, economy and future society. 4.3.
Conceptul Adaptronicii şi Adaptronicii Aplicate Adaptronics in Engineering 5.1.

Alonso-Guzmán4,d 1Civil Engineering Faculty, UMSNH, Ciudad Universitaria, 58004 Morelia, Michoacán, México 2Civil Engineering Faculty, UMSNH, Ciudad Universitaria, 58004 Morelia, Michoacán, México 3Civil Engineering Faculty, UMSNH, Ciudad Universitaria, 58004 Morelia, Michoacán, México 4Civil Engineering Faculty, UMSNH, Ciudad Universitaria, 58004 Morelia, Michoacán, México ajaguzman@umich.mx, barturo.zalapa@umich.mx, cdmota@umich.mx, delia.alonso@umich.mx Keywords: Data Science, Machine Learning, Nopal, Recycled Concrete Aggregate, Regression Tree Abstract.
Civil Universidad Michoacana de San Nicolás de …, 2014
In Key Engineering Materials, volume 862, pages 72-77.
Advances in Materials Science and Engineering, 2014, 2014
Proceedings of the Institution of Civil Engineers, 91(1):71-88, 1991