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Investigation of the Regularities of the Influence of Technological Factors and External Conditions on the Temperature and Content of Condensed Products Oxide-Containing Mixtures KYRYCHENKO Ievgen1,a, DIADIUSHENKO Oleksandr1,b*, KYRYCHENKO Oksana1,c, DIBROVA Oleksii1,d 1Cherkasy Institute of Fire Safety named after Chornobyl Heroes of National University of Civil Defense of Ukraine, Onoprienko 8 str., Cherkassy, Ukraine, 18034 аE_kir@ukr.net, bdiadiushenko_oleksandr@chipb.org.in, сokskir@meta.ua, dal_di101@ukr.net Keywords: fire safety, pyrotechnic mixtures based on metal powders and metal oxides, thermodynamic calculations.
This allows the use of thermodynamic calculations as engineering methods at the stages of design and manufacture of pyrotechnic articles based on oxide-containing mixtures.
Tsibulin, Thermodynamic methods for predicting fire-hazardous properties of highly metallized pyrotechnic nitrate-metal mixtures under conditions of external thermal influences, Fire safety problems, National University of Civil Defense, Kharkiv. 30 (2011) 104–106

According to this; · “Agricultural textiles (agrotech): Textiles used in agriculture, forestry and water products · Building textiles (buildtech): Textiles used in the building and constructions · Technical clothes (clothtech): Lining and similar technical components of the cloth and shoes · Geological textiles (geotech): Geological textiles and civil engineering materials · Home textiles (hometech): Technical features of the furniture, home textile and floor coverings · Industrial textiles (indutech): Textiles for industry type applications such as filtration, cleaning, etc
· Medical textiles (medtech): Textiles for hygienic and medical products · Textiles for vehicles (mobiltech): Textiles for automotive, ship, train and air vehicles · Ecological textiles (ecokotech): Environment protection aimed textiles · Packaging textiles (packtech): Packaging materials · Protective textiles ( protech):Textiles for personal and civil protection · Sportive textiles (sportech): Textiles for sports and causal wears”[[] CAN, Ö, a.g.m. 32- İTKİP General Secretariat R&D and Legislation Branch, General and Update Information on Technical Textiles, March 2005, p.1-2 ] constitute technical textiles.

Experiences and Enlightenment in Energy-Saving of Newly-Built House from Developed Countries Hanzhou Liu1, a, Yahong Zhu2 1.School of Civil Engineering and Architecture, Henan University, Kaifeng 475004, China 2.College of Urban Environment, Xuchang University, Xuchang 46001,China azhliu_001@163.com Key words: developed countries, residential energy-saving, experience, enlightenment Abstract: In the process to build a sustainable society, building energy consumption keeps raising with the people's living standard.
In government agencies, the government asked civil servants must wear "energy saving clothes" at work in summer, and office building’s air conditioning temperature setting at 28°C, to save power.

Muller,  “L’effort tranchant dans la modélisation du comportement jusqu’à rupture des poutres en béton armé et précontraint”, Revue Européenne de Génie Civil, Vol 10 n°10, 2006, pp.1235-1264
Doctoral Thesis on Civil Engineering, University of Tizi Ouzou, November 2006

We construct an ideal industry metabolic system of energy (coal) chemical industry base as showed in figure 3 Coal chemical industry community Coal Thermal power industrial community Building materials industry community, environment treatment system Coal industry community Mining Washing Transportation Coal gangue, coal slime, etc Mine water Gasification slag Methanol power Fly ash, Desulfurization gypsum Waste water Reclaimed water S, C elements Plasterboard Cement Brick Consumer Producer Decomposer Civil fuel Metabolic unit Metabolite Logistics track System boundary Waste gas .
First is directly as the industrial and civil fuel, second it is used as the fuel of the thermal power plant, third it is used as raw materials of coal chemical.
System engineering theory and Practice,2003 (2):125-138,In Chinese

Bhagalpur University, Bhagalpur 812007, India 2Department of Mechanical Engineering, Birla Institute of Technology, Mesra, Patna Campus, Patna 800014, India aarchanakumar2007@gmail.com, bamit.kumar@bitmesra.ac.in, csurajpratapravindra@gmail.com, dharsharyan2000@gmail.com, eprasad_k@tmbuniv.ac.in Keywords: Composites; lead-free; atomic force microscopy; energy harvesting; mechanical impact.
As a result, the current study suggests that composite BNT/PVDF(25/75) could effectively be used as a potential non-lead alternative for energy harvesting, detection/ sensing or deformation induced monitoring under impact, particularly monitoring the health of different civil-infrastructures.
Besides, the increasing trends of variation of both electric contact voltage and electrical energy were observed as impact heights increased (applied mechanical energy, EM), indicating that the present composite holds the promise of being a potential lead-free choice for energy harvesting, detection/sensing applications, and health monitoring of different civil structures.

This is not only determined by their electrical characteristics, but also by their acceptance by engineers.
Photovoltaic power generation is a civil, competitive, rapidly growing market with annual growth rates of ~ 40%, where SiC transistors are already seen as future switching device and will be used in inverter applications as soon as they are available on the market.
Beside MOSFETs only cascoded JFETs or BJTs have been suitable transistors for power electronics, since normally-on JFETs are not accepted by engineers for safety reasons and are not sensible for all topologies.

S.Suresh Kumar1, a *, Murugappan S2,b and Manikanda Balaji V3,c 1,2,3 SSN College of Engineering, OMR, Kalavakkam – 603110, Tamil Nadu, India.
Ensuring the safety of passengers is one of the prime challenges for vehicle design engineers.
Shell structures are used in many engineering applications due to efficient load carrying capability relative to material volume i.e due to their strength to weight ratio.
Hopperstad, Static and dynamic axial crushing of square thin-walled aluminum extrusions, International journal on impact engineering, 18 (7-8), pp 949-68
Karbowski, The effect of crashworthiness parameters on the behaviour of car body elements, Archives of civil and mechanical engineering, 2006

Three dimensional beam elements are used to simulate the girder, piers and piles to make the finite element model (Fig.3) by Midas civil program.
[3] A.F.M.S.Amin, S.I.Wiraguna, A.R.Bhuiyuan et.al: Journal of Engineering Mechanics Vol.132 (2006), p. 54-64
[4] J.S.Hwang and S.W.Ku: Journal of Structural Engineering Vol. 123 (1997), p. 1029-1036
[5] Masato Abe, Junji Yoshida and Yozo Fujino: Journal of Structural Engineering Vol. 130 (2004), p. 1119-1132
[6] Masato Abe, Junji Yoshida and Yozo Fujino: Journal of Structural Engineering Vol. 130 (2004), p. 1133-1144

Numerical Analysis for Oil Pipeline Subjected to Earthquake Liquefaction-Induced Lateral Spreading Guangbiao Shao Civil Engineering College, Shandong JianZhu University, Jinan, Shandong, 250101, China sgbou@126.com Keywords: Lateral Spreading; Earthquake Liquefaction; Oil Pipeline; Numerical Analysis Abstract.
Introduction Recent earthquakes along the Denali Faulti in Alaska (2002), Gujarat, India (2001), Izmit, Turkey (1999), Chi-chi, Taiwan (1999) and Kobe, Japan (1995) have emphasized the importance of liquefaction and lateral spreading in geotechnical engineering because of their significant destructive nature.
References [1] Liu Huishan, Xu Fengping, Li Pengcheng, Hou Zhongliang: Special Structure, Vol.14 (2) (1997), p. 47 (in Chinese) [2] Guo Endong, Wang Dongsheng, Lu Ming and Shao Guangbiao: Earthquake Engineering and Engineering Vibration, Vol.22 (3) (2002), P. 77(in Chinese) [3] XueJie Liu, M.
O’Rourke: Earthquake Engineering and Structural Dynamics, Vol.26 (10) (1997), p. 989 [4] Li Pengcheng, Liu Huishan, Guan Guojun, Gu Xiaolu: Industrial Construction, Vol.30(6) (2000), p. 49 (in Chinese) [5] Liu Aiwen.