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Online since: August 2014
Authors: Shuang Chen, Le Bo Shi
Environmental Design of Interior Space in Closed Type Architecture
Shuang Chen1, a, LeBo Shi2, b
1Department of Construction and Environmental Engineering, Shougang Institute of Technology, Beijing, 100144, China
2Department of Basic, Shougang Institute of Technology, Beijing, 100144, China
abjchensh@126.com, bbjshilebo@126.com
Keywords: Closed Type Building, Indoor Space, Environmental Design
Abstract.
In a large number of visual information, the information of interest to the key, light, target and background, and understand the image.
As the different part of the space sequence for lighting system, form, material and color of different distinction, to the public and internal channel to distinguish, the entrance is provided iconic pieces, all contribute to the establishment of space order, which helps people understand and understanding of architectural space system.
Environment Design of Gymnasium Based on Value Engineering Theory.
In a large number of visual information, the information of interest to the key, light, target and background, and understand the image.
As the different part of the space sequence for lighting system, form, material and color of different distinction, to the public and internal channel to distinguish, the entrance is provided iconic pieces, all contribute to the establishment of space order, which helps people understand and understanding of architectural space system.
Environment Design of Gymnasium Based on Value Engineering Theory.
Online since: June 2007
Authors: Kenichiro Mori, Seijiro Maki, M. Loh-Mousavi, K. Hayashi, M. Bakhshi
Bakhshi1
1
Department of Mechanical Engineering, Noshirvani Institute of Technology, Mazandaran
University, Babol, P.O.Box 484, Iran
2
Department of Production Systems Engineering, Toyohashi University of Technology,
Tempaku-cho Hibarigaoka 1-1, Toyohashi, 441-8580 Japan
a
mousavi@plast.pse.tut.ac.jp, bmori@plast.pse.tut.ac.jp
Keywords: Pulsating hydroforming, T-shape, FE simulation, Formability, Shape accuracy
Abstract.
To prevent local thinning, the tube is simultaneously compressed in the axial direction to feed more material into the die cavities.
In general, the determination of internal pressure path is a key factor in improving the formability and shape accuracy [1].
To prevent local thinning, the tube is simultaneously compressed in the axial direction to feed more material into the die cavities.
In general, the determination of internal pressure path is a key factor in improving the formability and shape accuracy [1].
Online since: May 2012
Authors: Qing Yang, Sheng Nan Sun, Zheng Hai Jiang, Li Xian Ying, Zhe Jun Liu
Agricultural Nonpoint Source Pollution Model Analysis and Application
Qing Yang1,a, Shengnan Sun1,b, Zhenghai Jiang 2,c, Lixian Ying1,d, Zhejun Liu2,e
1 College of Engineering, Zhejiang Normal University, 688 Yingbin Road, Jinhua, China 321004
2 Jinhua Haihe Environmental Engineering Co., Ltd., Jinhua, China 321007
ayangq@zjnu.cn, b47558744@qq.com, cjhjzh1389@126.com,
d594377615@qq.com, e3909689@qq.com
Keywords: Agricultural Non-Point Source Pollution (ANPSP), Model Analysis, 3S Technology
Abstract.
The uncertainty analysis will be the key of the non-point source model.
Our country's non-point source model study is limited by a very important reason which is the basic data, material seriously short and no establishment of a comprehensive system of domestic non-point source pollution database.
The uncertainty analysis will be the key of the non-point source model.
Our country's non-point source model study is limited by a very important reason which is the basic data, material seriously short and no establishment of a comprehensive system of domestic non-point source pollution database.
Online since: December 2013
Authors: Zi Yu Wu, He Gong
Research of the Pepper Environment Monitoring System Based on IOT
He Gonga,*, Ziyu Wub
Information & Technology College, Jilin agriculture university, Changchun 130118, China
a gonghe0001@163.com, b DoctorWuziyu@163.com
Key words: Pepper, Internet of Things, Greenhouse, JN5148.
CO2 is the main raw material for photosynthesis of crops, such as pepper.
Shi: Journal of agricultural engineering, vol. 23 (2007) NO. 8, p. 160-164
Meng: Journal of agricultural engineering, vol. 19 (2013) NO.4, p. 13-18
CO2 is the main raw material for photosynthesis of crops, such as pepper.
Shi: Journal of agricultural engineering, vol. 23 (2007) NO. 8, p. 160-164
Meng: Journal of agricultural engineering, vol. 19 (2013) NO.4, p. 13-18
Online since: September 2011
Authors: Tao Zhou, Cheng Sheng, De Xun Hong
The measuring system is shown in Fig. 2.
3
1
5
4
2
Fig. 1 Experimental loop of natural circulation
1-deionization water tank; 2-nitrogen gas cylinder; 3-pressurizer; 4-coolant tank; 5-preheater; 6-test section; 7-thermocouples; 8-condenser; 9-pressure transducer
Fig. 2 Measurement system of the test section
1-test section; 2-heat insulatiig material; 3-high speed camera; 4-thermocouples; 5-photoflood lamp
Water was selected as the working fluid.
Acknowledgements This work is funded primarily by The National Natural Science Fund (project number: 50976033) and the National Key Laboratory of Bubble Physics and Natural Circulation Funds (project number: 9140C7101030905).
Li: Journal of Engineering Thermophysics, Vol. 22 (2001) Suppl, p.44.
[6] SHANG Zhi, et al.: Journal of Chemical Industry and Engineering, Vol. 54 (2003), No.6, p.749.
Acknowledgements This work is funded primarily by The National Natural Science Fund (project number: 50976033) and the National Key Laboratory of Bubble Physics and Natural Circulation Funds (project number: 9140C7101030905).
Li: Journal of Engineering Thermophysics, Vol. 22 (2001) Suppl, p.44.
[6] SHANG Zhi, et al.: Journal of Chemical Industry and Engineering, Vol. 54 (2003), No.6, p.749.
Online since: March 2013
Authors: Jing Wu, I Shin Chang, Yuan Gong, Ming Min Shi, Yan Xia Yang
Study on Urban Public Security Planning
Jing WU1, a, I-Shin CHANG2, b*, Yuan GONG3, c, Mingmin SHI1, d
and Yanxia YANG2, e
1 College of Environmental Science and Engineering, Nankai University, Tianjin, China
2 College of Environment and Resources, Inner Mongolia University, Hohhot, China
3 Tianjin Urban Planning and Design Institute, Tianjin, China
a wujing@nankai.edu.cn, b heartchang@126.com, c ghys2003@163.com,
d shimingm@mail.nankai.edu.cn, e sunshine__2009@yeah.net
* Corresponding author: heartchang@126.com
Keywords: Urban Public Security Planning, Risk Identification
Abstract:The aim of this research is to understand the progress of urban public security planning.
For example, based on the principles of active defense and comprehensive planning, the civil air defense engineering of urban planning is designed to serve the purposes of urban air defense and other military defense objectives.
In order to integrate emergency prevention, post-disaster relief and restoration planning, emergency management planning, and other essential elements into entire urban security planning, it is necessary to evaluate thoroughly the objects, key elements, procedures, and modes system of entire urban security planning, in addition to spatial structure planning.
The site selection and layout of emergency shelters, facilities and equipment, the layout of emergency response and rescue organizations (such as firefighting, public security, and hospitals), and the planning and layout of the scale, location, and allocation of rescue material should be included in the consideration on urban emergency events response.
For example, based on the principles of active defense and comprehensive planning, the civil air defense engineering of urban planning is designed to serve the purposes of urban air defense and other military defense objectives.
In order to integrate emergency prevention, post-disaster relief and restoration planning, emergency management planning, and other essential elements into entire urban security planning, it is necessary to evaluate thoroughly the objects, key elements, procedures, and modes system of entire urban security planning, in addition to spatial structure planning.
The site selection and layout of emergency shelters, facilities and equipment, the layout of emergency response and rescue organizations (such as firefighting, public security, and hospitals), and the planning and layout of the scale, location, and allocation of rescue material should be included in the consideration on urban emergency events response.
Online since: October 2014
Authors: G.P. Vasilyev, M.M. Brodach, V.F. Gornov, V.A. Lichman, Marina Kolesova, A.N. Dmitriev, I.A. Yurchenko, N.V. Peskov
., 32 b.3, 121433, Moscow, Russian Federation
a GPVassiliev@mail.ru, b peskovnick@gmail.com, c brodach@abok.ru,
d valitsch@mail.ru, e alexander.dmitriev@inbox.ru, f Insolar-invest@yandex.ru,
g eco-insolar@mail.ru, h iyurchenko@insolar.ru
Key words: Ground source heat pump, heat pump heating system, phase transitions in ground moisture, energy efficiency
Abstract.
Strictly speaking, in projecting the heat transfer of the ground’s low-grade heat collection system, in addition to considering heat and mass transfer mechanisms, it is important to account for the chemical and mineralogical nature of the ground base, material structure, degree of dispersion in the medium, shape and size of the particles and pores, number of phases, quantitative relationships between the phases and their positions in the medium that fills the pores, as well as many other physical and chemical parameters of the ground.
[2] Vasil'ev G.P., «Operating experience with geothermal heat-pump heat-supplying systems and the technical aspects of integrating them rationally in the energy balance of Russia», Том 51 №6 (2004), 459-467, Thermal engineering [3] Yang H., Cui P., Fang Z.
Heat conduction with engineering, geological, and other applications.
Strictly speaking, in projecting the heat transfer of the ground’s low-grade heat collection system, in addition to considering heat and mass transfer mechanisms, it is important to account for the chemical and mineralogical nature of the ground base, material structure, degree of dispersion in the medium, shape and size of the particles and pores, number of phases, quantitative relationships between the phases and their positions in the medium that fills the pores, as well as many other physical and chemical parameters of the ground.
[2] Vasil'ev G.P., «Operating experience with geothermal heat-pump heat-supplying systems and the technical aspects of integrating them rationally in the energy balance of Russia», Том 51 №6 (2004), 459-467, Thermal engineering [3] Yang H., Cui P., Fang Z.
Heat conduction with engineering, geological, and other applications.
Online since: January 2012
Authors: Yun Tao Yue, Yan Lin
A Novel High Power Factor Soft-switching Converter
Yue Yuntao1, 2,a and Lin Yan3
1Beijing University Of Civil Engineering And Architecture, Beijing, China
2Beijing University of Aeronautics and Astronautics, Beijing, China
3School of Automation, Beijing University of Aeronautics and Astronautics, Beijing, China
ae-mail: yueyuntao@bucea.edu.cn, be-mail: linyanee2@yahoo.com.cn
Keywords: power factor correction soft-switching two-transistor forward
Abstract.
EE55-type transformer is common ferrite core material.
Acknowledgment Work supported by NSF of China under Grant 60874044 and Research Foundation for Key Disciplines of Beijing Municipal Commission of Education under KM201010016011.
A novel two transistor forward ZVT- PWM converter [C] ∥1997 International Engineering Management Conference.
EE55-type transformer is common ferrite core material.
Acknowledgment Work supported by NSF of China under Grant 60874044 and Research Foundation for Key Disciplines of Beijing Municipal Commission of Education under KM201010016011.
A novel two transistor forward ZVT- PWM converter [C] ∥1997 International Engineering Management Conference.
Online since: October 2010
Authors: Ke Xiang Wei, Li Xin Tan, You Rui Tao, Xi Long Qu, Jun An Liu
., Hunan Institute of Engineering, Xiangtan 411101, China
2
School of Computer Science & Engineering,South China University of Technology,
Guangzhou, 510641, China
a
liujunan@hnie.edu.cn, b wei_kx@163.com, c quxilong@126.com, d
tanlixin2999@163.com,
e
yr.tao@126.com
Key words::::plastic and rubber mold;shaped dimension;the remained measure of repairing mold;
contracting fluctuation ratio;Probability theory; Green Product Design
Abstract.
The metal parts can be separated magnetically; however, plastic material recycling is still a crucial problem to achieve a high level of product recyclability.
The metal parts can be separated magnetically; however, plastic material recycling is still a crucial problem to achieve a high level of product recyclability.
Expounding the Application of Analysis Method about Nonlinear Hydrological System of Rainfall-Runoff
Online since: December 2014
Authors: Peng Lin Wu, He Jia Wang
Expounding the Application of Analysis Method about Nonlinear Hydrological System of Rainfall-runoff
Penglin Wu1, a, Hejia Wang2, b
1Science and Engineering College of Water Conservancy, Taiyuan University of Technology, 030024, Taiyuan, P.
China 2Science and Engineering College of Water Conservancy, Taiyuan University of Technology, 030024, Taiyuan, P.
Confirmation of System Storage Length in Nonlinear Hydrological System Model In Amrocho’s nonlinear hydrological system of rainfall-runoff process, system storage length U is one of the key factors, which is also an unanswered question.
It is known that most experiments whose calibration characteristics are similar with forecast flood characteristics have gotten satisfied forecast results through a large number of material.
China 2Science and Engineering College of Water Conservancy, Taiyuan University of Technology, 030024, Taiyuan, P.
Confirmation of System Storage Length in Nonlinear Hydrological System Model In Amrocho’s nonlinear hydrological system of rainfall-runoff process, system storage length U is one of the key factors, which is also an unanswered question.
It is known that most experiments whose calibration characteristics are similar with forecast flood characteristics have gotten satisfied forecast results through a large number of material.