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Experimental study of active flows and passive materials for indoor air quality control

Experimental study of active flows and passive materials for...

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Healthy Buildings 2015 America Conference: Innovation in a Time of Energy Uncertainty and Climate Adaptation, HB 2015

作者： Mauney, Denise Suwongso, Christella Abarr, Miles Srubar, Wil W. Montoya, Lupita D. Department of Civil Environmental and Architectural Engineering University of Colorado BoulderCO United States Environmental Engineering Program University of Colorado BoulderCO United States Department of Mechanical Engineering University of Colorado BoulderCO United States

This experimental study investigated the use of active flows and passive materials for the removal of gaseous pollutants indoors. In this study, a commercial electromagnetic synthetic jet actuator (SJA) was characterized to determine its flow patterns and sphere of influence within a room. This SJA was then used in chamber experiments to study the enhanced removal of nitrogen dioxide by a mortar substrate coated with titanium dioxide. Results showed that the SJA uses a small power input to impact the airflow over 1 meter downstream from the jet exit and has significant dynamic pressure per unit energy, which may be useful for flow and air quality control. The removal of nitrogen dioxide by the passive material used was found to be driven by both the surface velocity and the quality of the flow regime generated by the SJA. © 2015 International Society of Indoor Air Quality and Climate. All rights reserved.

关键词： Titanium dioxide

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Information extraction for freight-related natural language queries

Information extraction for freight-related natural language ...

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2015 ASCE International Workshop on Computing in Civil engineering, IWCCE 2015

作者： Seedah, Dan P. K. Leite, Fernanda Center for Transportation Research University of Texas at Austin Department of Civil Architectural and Environmental Engineering AustinTX78701 United States Construction Engineering and Project Management Program Department of Civil Architectural and Environmental Engineering University of Texas at Austin 301 E Dean Keeton St. Stop C1752 AustinTX78712-1094 United States

ISBN: (数字)9780784479247

ISBN: (纸本)9780784479247

The ability to retrieve accurate information from databases without an extensive knowledge of the contents and organization of each database is extremely beneficial to the dissemination and utilization of freight data. Advances in the artificial intelligence and information sciences provide an opportunity to develop query capturing algorithms to retrieve relevant keywords from freight-related natural language queries. The challenge is correctly identifying and classifying these keywords. On their own, current natural language processing algorithms are insufficient in performing this task for freight-related queries. High performance machine learning algorithms also require an annotated corpus of named entities which currently does not exist in the freight domain. This paper proposes a hybrid named entity recognition approach which draws on the individual strengths of models to correctly identify entities. The hybrid approach resulted in a greater precision for named entity recognition of freight entities - a key requirement for accurate information retrieval from freight data sources. © 2015 ASCE.

关键词： Learning algorithms

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Temporal and spatial information integration for construction safety planning

Temporal and spatial information integration for constructio...

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2015 ASCE International Workshop on Computing in Civil engineering, IWCCE 2015

作者： Choe, Sooyoung Leite, Fernanda Construction Engineering and Project Management Program Department of Civil Architectural and Environmental Engineering University of Texas at Austin 301 E Dean Keeton St. Stop C1752 AustinTX78712-1094 United States

ISBN: (数字)9780784479247

ISBN: (纸本)9780784479247

Since the Occupational Safety and Health Act of 1970 was established, which places the responsibility of construction safety on the employer, various injury prevention strategies have been developed and resulted in a significant improvement of safety management in the construction industry. However, during the last decade, construction safety improvement has decelerated and, due to the dynamic nature of construction jobsites, most safety management activities have focused on safety monitoring during the construction phase. Traditional safety planning approaches rely mostly on static information, tacit knowledge, regulations, company safety policies, and 2D drawings. As a result, site-specific dynamic information, temporal (e.g. when and who will be exposed to potential hazards) and spatial (e.g. location of dangerous zones) information are currently not specifically addressed. This paper presents a formalized 4-dimensional (4D) construction safety planning process that addresses site-specific temporal and spatial safety information. The safety data, which includes general safety knowledge, site-specific temporal and spatial information, will be integrated from a project schedule and a 3D model, respectively. The proposed safety planning approach is expected to provide safety personnel with a site-specific proactive safety planning tool that can be used to better manage jobsite safety. In addition, visual safety materials can also aid in training workers on safety and, consequently, being able to identify site-specific hazards and respond to them more effectively. © 2015 ASCE.

关键词： Accident prevention

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Effect of water-entraining admixtures on the hydro-mechanical properties of ultra-high performance concrete

Effect of water-entraining admixtures on the hydro-mechanica...

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The 14th International Congress on the Chemistry of Cement（ICCC 2015）

作者： Sung-Hoon Kang Tenzin Gyephel Sung-Gul Hong Juhyuk Moon Department of Architecture and Architectural Engineering Seoul National University Civil Engineering Program Department of Mechanical EngineeringStony Brook University

The objective of this research is to understand the hydration and engineering performance of superabsorbent polymers as an internal curing agent in ultra-high performance *** different types of superabsorbent polymers of acrylic acid and acrylic amide with similar particle size profiles were systematically *** estimate the water absorbent capacity of the polymers,tea-bag tests using distilled water were *** calorimetry and x-ray diffraction experiments revealed the impact of polymers with different chemical bonds on cement hydration,in terms of hydration degree and hydration *** test its feasibility as a shrinkage reducing admixture for ultra-high performance concrete,compressive strength,flowability,and autogenous shrinkage profile were ***,scanning electron microscopy and computed tomography showed a multi-scale porosity network of the concrete with superabsorbent *** both polymers showed a reduction in autogenous shrinkage,it has been concluded that the particle size and chemical form of each polymer affected its role as an internal curing agent in *** also significantly affects cement hydration and mechanical *** acrylic acid polymer has more absorption capacity of distilled water,acrylic amide polymer shows better performance in low water-to-cement concrete *** Superabsorbent polymers can be a price-competitive admixture to control shrinkage of *** it has been actively studied in recent years in the cement research field,the impact of different chemical bonds and particle size as an internal curing agent has not been fully elucidated *** this research,we found that the water absorption tendencies of polymers in the concrete system significantly differ depending on the chemical bonds of the ***,the performance of the polymers(reduction of shrinkage and mechanical degradation) was *** was explained by the degree of cement

关键词： admixture superabsorbent polymer cement hydration ultra-high performance concrete

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Corrigendum to “Towards sustainability index for healthy buildings—Via intrinsic thermodynamics, green accounting and harmony”

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Energy and Buildings 2016年 111卷 515-515页

作者： Jeong Tai Kim Marija S. Todorovic Department of Architectural Engineering Kyung Hee University Yongin 446-701 Republic of Korea Multidisciplinary Studies Program University of Belgrade Belgrade Serbia

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Evaluation System for Psychological Comfort towards Korean Traditional Residence

Evaluation System for Psychological Comfort towards Korean T...

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International Conference on Advances in Agricultural, Biological & Environmental Sciences (AABES-2015, London)

作者： Mu-Jin Jo Seulki Kim Seung-Hoon Han Master’s program in Architectural Engineering with Graduate School of Chonnam National University Integrated Architectural Design Studio with Chonnam National University Architecture at Chonnam National University

The purpose of this study is to suggest a standard comfort features presented on the consideration of the traditional houses, called Hanok in Korea. In addition, this paper is to build a diversified, integrated evaluation system considering traditional, aesthetic and psychological values. For this study, the degree of integrative comfort was analyzed and comfort performance has been classified. Comfort performance was divided into two large comfort performance categories: physical and psychological. For this research, survey data from residents were collected for evaluating psychological comfort. Existing relevant studies about comfort evaluation system were driven to reveal the quantitative comfort elements of the suggested classification system. This study also contains a qualitative in-depth analysis of the comfort factor and will examine the effect of those elements. This study has finally proposed an integrated comfort evaluation system that can evaluate over inhabitants of the interior environmental conditions and surveys. As a result, the proposed system will have to be turned on quite good applicability in the field.

关键词： Comfort Performance Integrative Evaluation System Korean Traditional Residence Psychological Comfort

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Effect of water-entraining admixtures on the hydro-mechanical properties of ultra-high performance concrete

Effect of water-entraining admixtures on the hydro-mechanica...

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The 14th International Congress on the Chemistry of Cement (ICCC 2015)第14届国际水泥化学大会

作者： Sung-Hoon Kang Tenzin Gyephel Sung-Gul Hong Juhyuk Moon Department of Architecture and Architectural Engineering Seoul National University Seoul Republic of Korea Civil Engineering Program Department of Mechanical Engineering Stony Brook University NY 11794 USA

关键词： admixture superabsorbent polymer cement hydration ultra-high performance concrete

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Parameter identification for nonlinear biological phenomena modeled by S-systems

Parameter identification for nonlinear biological phenomena ...

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IEEE SSD International Multi-Conference on Systems, Signals and Devices

作者： Majdi Mansouri Onur Avci Hazem Nounou Mohamed Nounou Electrical and Computer Engineering Program Texas A&M University at Qatar Doha QATAR Civil & Architectural Engineering Department Qatar University Doha QATAR Chemical Engineering Program Texas A&M University at Qatar Doha QATAR

For computational modeling of biological systems, one of the major challenges is the identification of the model parameters. It is very beneficial to use easily obtained measurements and estimate variables and/or parameters in such systems. For instance, time-series dynamic genomic data can be used to develop models representing dynamic genetic regulatory networks. These models can be used to design intervention strategies such as understanding the biological system behavior and curing major illnesses. The study shown in this paper focuses on the parameter identification of biological phenomena modeled by S-systems using Particle Filter (PF). While the nonlinear observed system is assumed to progress according to a probabilistic state space model, the results show that the PF has good convergence properties. It is concluded that the good convergence is due to PF's ability to deal with highly nonlinear process models.

关键词： Biological system modeling Mathematical model Parameter estimation Computational modeling Solid modeling Biological systems

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Formulation of Value engineering Process for New-Hanok Village Evaluation

Formulation of Value Engineering Process for New-Hanok Villa...

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International Conference on Advances in Agricultural, Biological & Environmental Sciences (AABES-2015, London)

作者： Jong-Il Park Mihyang Lee Seung-Hoon Han Master's program in Architectural Engineering with Graduate School of Chonnam National University Interdisciplinary Program of Cultural Properties with Graduate School of Chonnam National University Architecture at Chonnam National University

This study aims to determine the factors to assess the habitability of the modernized Korean traditional housing complex called New-Hanok Village and examine evaluation methods for its components in aspects of the urban planning. To determine the specificity of New-Hanok Village, it is necessary to assess major factors towards the habitability such as Feng-Shui and Yin-Yang. Five design elements of contemporary Hanok residential complex and their characteristics have been investigated to respond to needs of modern people with defining assessment factors derived from the VE(Value engineering) operation by the evaluation system for the habitability. Through this process, the value of the New-Hanok Village could be settled and its data could be classified. In addition, it would be possible that designers can make decisions quickly by offering necessary plans and element details, while builders would be able to reduce cost and shorten construction period by the whole VE process.

关键词： Value engineering New-Hanok Village Housing Planning Index Habitability Evaluation System

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Implementation of Intelligent Pre-Occupancy Evaluation for Hanok Performance

Implementation of Intelligent Pre-Occupancy Evaluation for H...

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International Conference on Advances in Agricultural, Biological & Environmental Sciences (AABES-2015, London)

作者： Tae-Ryong Kim Kyoung-Hee Kim Seung-Hoon Han Master’s program in Architectural Engineering with Graduate School of Chonnam National University Architecture at University of North Carolina at Charlotte Architecture at Chonnam National University

The purpose of this study is to suggest a physical comfort factor of Korean traditional residences called Hanok, and to make a composition of the monitoring system for comfort factors. For this study Hanok's degree of integrative comfort was analyzed and comfort performance has been classified. Comfort performance was divided into two large comfort performance categories: psychology cognitive factors and physical perception factors. In this research, composition of monitoring system for physical comfort performance is a key goal, so this study proposed a method of the monitoring system for physical perception factors. As a result, it is turned that the proposed system would have a pretty good applicability to the field.

关键词： Intelligent Pre-Occupancy Evaluation Hanok Performance Integrated Comfort Indoor Environment

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