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REFERENCE LINKING PLATFORM OF KOREA S&T JOURNALS
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Korean Journal of Construction Engineering and Management
Journal Basic Information
Journal DOI :
Korean Institute Of Construction Engineering and Management
Editor in Chief :
Volume & Issues
Volume 12, Issue 6 - Nov 2011
Volume 12, Issue 5 - Sep 2011
Volume 12, Issue 4 - Jul 2011
Volume 12, Issue 3 - May 2011
Volume 12, Issue 2 - Mar 2011
Volume 12, Issue 1 - Jan 2011
Selecting the target year
Prototype Structure of integrated Document Forms for Construction PMIS based on Analysis
Kim, Myeong-Jin ; Jung, Tae-Hwan ; Noh, Gyu-Tae ; Koo, Kyo-Jin ;
Korean Journal of Construction Engineering and Management, volume 12, issue 5, 2011, Pages 3~11
DOI : 10.6106/KJCEM.2011.12.5.3
The Project Management Information System (PMIS), the core of construction information, performs the function of handling large volumes of data and information in the actual layout and construction, and supports the manager in making a prompt decision. The purpose of this study is to develop a construction PMIS integrated form system prototype for process and quality control forms, submitted between project groups, as the method of data sharing and communication among an owner, supervisor, and site manager. This study of the integrated form classification system was carried out with limited case studies and interviews of professionals due to lack of data from the previous thesis and related research material From the results of this study, an Excel-based integrated form system was established for a complete site.
Development of Function Breakdown Structure of Building Element based on Performance for Idea Connection in Design VE
Lee, In-Jai ; Hyun, Chang-Taek ; Son, Myung-Jin ; Kim, Dae-Hyun ; Kim, Yun-Sik ;
Korean Journal of Construction Engineering and Management, volume 12, issue 5, 2011, Pages 12~22
DOI : 10.6106/KJCEM.2011.12.5.12
Design value engineering (VE) has been performed in many construction projects according to the changes in the construction for most of the VB function analysis that performed, are problems that focus on function analysis and generating ideas based on individual experience of VE team member than generating ideas and value improvement of systematic function analysis. This may be due to the quotation of previously performed function analysis data, general function analysis, and abstract function definitions that do not cite the concrete characteristics of each facility. Therefore, in this study, the proposed cases from the existing design VE workshops, the current conditions of the connection between functions and ideas and of the idea categorization by building part were studied to determine why functions and ideas are not connected, and to propose pertinent improvement directions. on a performance-based function categorization system by building part that can provide the logical connection between functions and ideas in the function definition/categorization and function arrangement phases in the function analysis phase, the most important phase in VE activities, was developed by reflecting the required performance and functions for each part of the facility.
A Method to Build Daily Progress Management Model based on BIM Estimate Data in Construction Phase
Jung, Jun-Ho ; Chin, Sang-Yoon ;
Korean Journal of Construction Engineering and Management, volume 12, issue 5, 2011, Pages 23~34
DOI : 10.6106/KJCEM.2011.12.5.23
Reliable progress management at construction requires integrated information of cost and schedule, and information is used as a basis for project performance measurement. However, separate handling of cost and schedule information at construction projects makes objective measurement more difficult and decreases management productivity due to additional works for breaking down bill of quantities into corresponding activities. Recently, research related to BIM addresses issues on effective progress management based on BIM with incorporation of daily progress management. Therefore, the objective of this paper is to propose information model for daily progress rate and budgeted cost of work performed by utilizing BTM-based quantity and location information.
A System Dynamics Model for Analyzing the Effect of Housing Supply Policies
Hwang, Sung-Joo ; Park, Moon-Seo ; Lee, Hyun-Soo ; Kim, Hyun-Soo ;
Korean Journal of Construction Engineering and Management, volume 12, issue 5, 2011, Pages 35~45
DOI : 10.6106/KJCEM.2011.12.5.35
Establishing housing supply strategies in Korean housing market is a crucial issue due to contradictory but concurrent two problems in market; one is the unstable working-class residential and the other is the high vacancy rate by the low-level of sales rate. Although government has been continuously implementing various supply policies in an attempt to evenly distribute houses as well as to keep supply and demand in balance, it is difficult to satisfy all of stakeholders, such as housing consumers, housing owners and housing suppliers. This paper, therefore, applies a system dynamics methodology and offers a dynamic and integrated model encompassing for-profit behaviors of each market participants. The proposed model simulates the future trends of house prices, the balances between supply and demand, construction companies earnings and vacancy rate when applying various housing supply scenarios. From the simulation result, recent governmental small-size rental housing supplies in bulks should utilize private construction companies to stabilize housing distribution rate and private supply system as well as the supply and demand are well balanced.
An RFID and BIM based Simulator for Construction Material Logistics and Progress Management
Yoon, Su-Won ; Chin, Sang-Yoon ;
Korean Journal of Construction Engineering and Management, volume 12, issue 5, 2011, Pages 46~54
DOI : 10.6106/KJCEM.2011.12.5.46
There have been research and developments for effective and efficient logistics and progress management in a construction project. Among them, RFID+4D has been developed for the supply chain management of long-lead item materials such as steel component, precast concrete component and curtain wall by integrating RFID with 4D CAD. And the feasibility of RFID+4D has been verified and validated and the benefits in terms of time and cost were shown in several case studies. However, the previous development of RFID+4D has not been adapted widely because of additional modeling cost, non-real time data update, additional labor for data update, and so forth. Therefore, this research has proposed a framework and process for solving these problems. And the web based simulation system has been developed and verified based on the proposed framework. The proposed framework and process can improve the existing RFID+4D system in a construction project by saving its operation cost and utilizing project information more efficiently and effectively. Also it is expected that the proposed framework could be applied to a method transferring design RIM data to construction BIM data.
USN Technologies Decision Making Matrix for the Efficiency Management of Earthwork Selection
Jung, Seung-Woo ; Kwon, Soon-Wook ;
Korean Journal of Construction Engineering and Management, volume 12, issue 5, 2011, Pages 55~62
DOI : 10.6106/KJCEM.2011.12.5.55
Recently, construction work has diversified and become larger. So, a systematic measurement and management measures are required. In this study, USN technology which is one of the most important network technologies was selected. Based on elements derived from comparison of each element of standard was calculated according to the importance of the elements. The importance of the decision to support the proposed model is explained by integrating the importance of each criteria and decision-support model by considering the situation and creating a matrix of considerations for the construction of earthwork. The results of this study show that USN technology in the context of judging criteria can be selected for the earthwork.
Analysis of Factors Influencing the Construction Business Management Success
Han, Jin-Taek ; Lee, Jae-Seob ;
Korean Journal of Construction Engineering and Management, volume 12, issue 5, 2011, Pages 63~70
DOI : 10.6106/KJCEM.2011.12.5.63
This research outlined the factors influencing the business management success via analyzing a survey of business principles. The research process has been tested in comparison of both financial factors, which come out of objective data and non-financial factors so relevantly prioritized by combining these factors. In order to specify the factors, a check-list and analyzed essential features of category have done with interviews and surveys. As consequently proceeding, the authors could deduce that non-financial but analytic factors such as business doable, technician workability, compensation and benefits etc. play major roles in construction sector. The outcomes consider a construction business as fundamental human labor job as opposed to a manufacture business. On reasoning necessarily more objective research works to be done as developing this research's outcome, it is meaningful in suggesting the pivotal factors influencing the construction business management. Therefore, this research is expected to guide the direction to induce the improvement of business management to be done by further exemplary researches.
Development of a Systemized Flying Net for Safety Improvement in Architectural Building Construction
Lee, Jeong-Ho ; Park, Seon-Joo ; Kim, Young-Suk ;
Korean Journal of Construction Engineering and Management, volume 12, issue 5, 2011, Pages 71~80
DOI : 10.6106/KJCEM.2011.12.5.71
Flying net should be installed on every 3 or 4 construction floor from 8m above ground according to the rule. In the apartment housing construction, flying net installation work has been recognized the most dangerous work among the whole works because a small mistake of labors might make their death accident. Sub-contractors specialized in flying net have been developing various flying net types. However, most works of installing flying net as working with the developed system are performed outside the apartment housing, so that the risk of fall in works of installing supports and unfolding net is still high. Furthermore, as using the previously developed flying net labors might bump into the frame or the wire rope for supporting so that it makes secondary accidents. The objective of this research is to produce the proto-type of anti-collision flying net system based on the result of problem analysis on the installation and detachment process and suggest the improved anti-collision flying net system, which is able to improve safety and field applicability by conducting field experiment and analyzing performance.
Development of a Business Support System by Phase for Delivering Construction Management Contract in the Government Civil Project
Chae, Yeong-Seok ; Park, Seo-Young ; Moon, Hyoun-Seok ; Kim, Seon-Yeong ; Kang, Leen-Seok ;
Korean Journal of Construction Engineering and Management, volume 12, issue 5, 2011, Pages 81~92
DOI : 10.6106/KJCEM.2011.12.5.81
Recently, the MLTM (Ministry of Land, Transport and Maritime Affairs) has announced CM business guidelines, because it is expected that the CM deliveries are going to be increased for a civil engineering industry with enforcement of the CM at Risk. In this trend, The CM business guideline, which is currently announced, is for the steps after the CM contract. However, the practical business guideline from a planning phase for the CM delivery to a selection phase of a CMr (Construction Manager) is essential for public construction projects including the civil engineering projects that the frequency of the CM deliveries is not sufficient. Therefore, this study established a standardized process model from the planning phase for the CM delivery to the selection phase of the CMr. study configured a business breakdown structure for CM delivery. A prototype system for supporting the CM delivery was also developed, and a practical operability was verified by a case evaluation based on the developed system. Hence, it is expected that this study will be utilized as a supporting system of the CM delivery business for public clients, which have not sufficient cases of the CM delivery.
A Study on the Characteristic of Ubiquitous Infrastructure for u-City
Eum, Min-Kyung ; Song, Seung-Min ; Kim, Do-Nyun ;
Korean Journal of Construction Engineering and Management, volume 12, issue 5, 2011, Pages 93~102
DOI : 10.6106/KJCEM.2011.12.5.93
IT technologies applied in the urban places are being promoted in each area. Especially infrastructure is performed in the central role of technical support in urban area. However, u-City infrastructure has lack of integrated way and concentrated on only feasible technology which cause frequent substitution and the nested technology in urban area. Therefore this study sheds light on infrastructure through a overall considerations of urban compositional elements and interactions, and apply technology in the process of the industrial era, the domestic supply of urban infrastructure and the cycle comparison-analysis deal with the domestic implications when applied. The results of the study, first, the u-City infrastructure should be supplied by public. Second, u-City infrastructure is in need of the agile character, and standardization of the subtleties is needed. Third, a new system of integrated-macroscopic perspective should be established by changes that influenced by convergences of IT technologies and infrastructures. Fourth, u-City infrastructures planning should consider interactions of services, devices and systems.
A Study on the Conceptual Design and Technical Feasibility Analysis for the Development of Automated Pavement Crack Sealer
Lee, Won-Jae ; An, Chi-Hoon ; Yoo, Hyun-Seok ; Lee, Jeong-Ho ; Kim, Young-Suk ;
Korean Journal of Construction Engineering and Management, volume 12, issue 5, 2011, Pages 103~116
DOI : 10.6106/KJCEM.2011.12.5.103
Crack sealing is a maintenance technique commonly used to prevent water and debris penetration and reduce future degradation in pavement. In recent years, several systems for automatically routing and sealing pavement cracks have been developed in the highway construction and maintenance area. Automating pavement crack sealing can improve safety, productivity and quality, and reduce road user cost as well. The reduction in crew size and the increase in productivity of the automated sealing process will be translated directly into significant potential cost savings. The main objective of this study is to illustrate conceptual models for the development of the automated pavement crack sealer which meets domestic road condition and regulation, and to discuss its technical feasibilities. Conclusions are made concerning the applicability and the value of cantilever-typed pavement crack which is selected as the most feasible alternative in both economical and technical aspects.
Risk Analysis and Classification of Public-Private Partenership in Project Financing Process
Park, Hye-Sung ; Kim, Sun-Kuk ;
Korean Journal of Construction Engineering and Management, volume 12, issue 5, 2011, Pages 117~126
DOI : 10.6106/KJCEM.2011.12.5.117
With Public-private partnership PF (project financing) deals saw explosive increase in quantity since its introduction to Korea in 2001, but, met with severe recession in the fallouts of the financial crisis that hit the global economy in 2008. This study intends to identify the risk factors corresponding to issues of public-private partnership projects financing structure and classify and analyze them by project phase. Outcomes of this research are expected to help recognize risk factors in each project phase during project planning and develop risk control and mitigation strategy during project implementation.
The Analysis of Importance Ratio Factors of Sales Price for Apartment Building Construction Projects
Yang, Ok-Hee ; Kim, Min-Seok ; Hwang, Uk-Sun ; Kim, Yong-Su ;
Korean Journal of Construction Engineering and Management, volume 12, issue 5, 2011, Pages 127~136
DOI : 10.6106/KJCEM.2011.12.5.127
The purpose of this study is analyzed the importance ratio factors of sales price for apartment building construction projects. For this Study, Nine apartment buildings that sold in Seoul, Gyenggi, Chuncheong is selected. The study suggested eight influence factors through interview with experts, research related references, and analysis of cases. Based on those factors, Importance analysis is performed by using AHP method. The result of this study are as follows: 1) Influence factors of sales price are drawn as cost, site, housing, transportation, region, ground, policy, investment factor. 2) In the case of Seoul, The priority order of price influence factors consist of investment factor(16.0%), policy factor(14.6%), and cost factor(13.9%). In the case of Gyenggi, The priority order of sales price influence factors consist of region factor(15.9%), transportation factor(13.8%), and investment factor(13.4%). In the case of Chungcheong, The priority order of sales price influence factors consist of region factor(17.1%), transportation factor(16.4%), and housing factor(14.9%).
Development of Construction Material Naming Ontology for Automated Building Energy Analysis
Kim, Ka-Ram ; Kim, Gun-Woo ; Yoo, Dong-Hee ; Yu, Jung-Ho ;
Korean Journal of Construction Engineering and Management, volume 12, issue 5, 2011, Pages 137~145
DOI : 10.6106/KJCEM.2011.12.5.137
BIM Data exchange using standard format can provide a user friendly and practical way of integrating the BIM tools in the life cycle of a building on the currently construction industry which is participated various stakeholder. It used IFC format to exchange the BIM data from Design software to energy analysis software. However, since we can not use the material name data in the library of an energy analysis directly, it is necessary to input the material property data for building energy analysis. In this paper, to matching the material named of name of DOE-2 default library, rhe extracted material names from BIM file are inferred by the ontology With this we can make the reliable input data of the engine by development a standard data and also increase the efficient of building energy analysis process. The methodology can enable to provide a direction of BIM-based information management system as a conceptual study of using ontology in the construction industry.
Risk Identification and Priority method for Overseas LNG Plant Projects - Focusing on Design Phase -
Jang, Woo-Sik ; Hong, Hwa-Uk ; Han, Seung-Heon ;
Korean Journal of Construction Engineering and Management, volume 12, issue 5, 2011, Pages 146~154
DOI : 10.6106/KJCEM.2011.12.5.146
Korean contractors have been maintained sustainable growth since entering into overseas construction market for the first time in 1960' s. In 2010, Korean contractors ordered 761 billion (USD) from overseas markets. Especially, billion (USD) were earned by Korean contractors in overseas plant construction market which account for more than 80% of the total amount by Korean contractors. Nevertheless, many Korean contractors are suffering from lack of technological competitiveness and construction management skills in the design phase compared with global leading contractors. These conditions have directly effect on the success of projects in terms of cost, duration, and quality. So, this study focused on identifying the risk factors and developing risk priority method for the design phase of LNG plant projects whose market is expanding. Research procedures were conducted by the following three steps. First, total 57 risk factors were identified in design phase through extensive literature reviews and experts survey. Second, the authors developed risk priority method which are more suitable for design phase of LNG plant projects by using three criteria, Probability(P), Impact(I), and Coordination Index(CI). Finally, the suitability of risk priority method and practical applicability were verified through expert survey and interview. Consequently, if korean contractors use the suggested risk factors and priority method based on their own know-how and experiences, then more reasonable and rational risk management will be conducted in the design phase of LNG plant projects.