LU Hui-min

Bio: LU Hui-min is an academic researcher from Southeast University. The author has contributed to research in topics: Project management & Project management triangle. The author has an hindex of 2, co-authored 3 publications receiving 6 citations.

Blueprint of construction project management information system based on BIM

Abstract: Under the influence of modern information technology,project management has gradually changed to the management of project information.Meanwhile,the means of traditional information communication cannot satisfy modern large-medium projects.The existing problems were summarized according to the research of project management information system and practical application.The concept,characteristics and application prospects of the building information model(BIM) were introduced.The advantages of project management information system based on BIM were analyzed.Its structure and nine modules were presented.Finally,the system operation throughout the life cycle was discussed.

The Integrated Risk Management Based on the Life Cycle of Engineering Project

Abstract: Risk management is the important content of The Project Management Body of Knowledge(PMBOK),and how to analyze and control risk attracted more and more people’s attentionThe development of modern project management presses for integrated risk management and life cycle risk management,using systemic and dynamic measures to weigh and appraise risk thoroughly,and taking corresponding measures to control it,so as to reduce the indetermination in the process of project

The Analysis of Social Cost in Construction Projects Bidding

Abstract: The implementation of the bidding system has had a positive economic effect.However,high social cost comes into being in the process of bidding.This paper expounds the cost that comes into being in the process of bidding,and analyses the process of social cost in bidding.Lately,it provides the measures and suggestions that reduce social cost from the point of tender side and bidder side.

Visualization and Collaboration of On-Site Environments Based on Building Information Model for Construction Project Class

Abstract: Construction project course is a highly integrated and practical curriculum in construction management program of Civil Engineering department, in which students should understand comprehensive knowledge relevant to construction sites. However, in the traditional learning process, students are always lack of intuitive awareness and understanding of the practical engineering knowledge for lack of effective experiments or internship opportunities. It is difficult for students to grasp the knowledge learnt from the class. This paper presents a model that can offer the students a visual construction site environment based on Building Information Model (BIM) by use of computer technology, which provides students with a practical platform and collaborative learning environment. By studying and practicing on this platform, students can comprehensively grasp the knowledge learning from the class and enhance their professionalism.

Study on the integrated risk management mode of distance transmission pipeline construction projects

Abstract: The paper systematically combed the EPC mode pipeline risk management process, established a risk management system, with some guidance and strong operational, available pipeline construction project risk management practice, after Pipeline EPC project risk management will be a great reference value. Research ideas and analysis on the EPC general contract project risk management, and other modes of long-distance pipeline risk management, have some reference.

Key technology research of open bim-based construction engineering management integrated- information cyber-infrastructure (cemic)

Abstract: Lack of data interoperability between Building Information Modeling (BIM) software and Enterprise Resource Planning (ERP) software seriously prevents AEC companies from fully utilizing these types of software. To solve this problem, researchers have proved the technological feasibility of creating complex construction engineering information management solutions by integrating functions of BIM and ERP systems. However, these solutions require AEC companies to modify or replace their existing ERP systems, whose cost is generally exorbitant to the end users. Therefore, we propose to develop a Construction Engineering Management Integrated-information Cyber-infrastructure (CEMIC) which supports data interoperability between most widely accepted BIM software and ERP software, so that the problem can be solved perfectly in an economical way. In this paper, we will 1) Present the framework of CEMIC; 2) Expound the technology for creating the construction engineering management integrated-information model, which includes the data extracted from the IFC model and the integration of construction product, schedule, cost, and performance data that can be accessed directly by ERP software; and, 3) Based on the definition of 3D geometry class in IFC, present a technology for creating the full parametric data set that coexists with the full visual data set of 3D geometry in a relational database by analyzing and introducing several Model View Definitions (MVDs).

The Study of the Social Cost in Construction Projects Bidding

Abstract: As the perfect effective means that makes social resource reasonable disposition and reduces social production cost and perfects market trade rule. but high social comes into being in the process of bidding. And mathematical model of social cost of bidding is set up through mathematics method to analysis the Social Cost in Construction Project Bidding and the ways to reduce the Social Cost in Construction Project Bidding.

Research on the Influence of BIM Technology on Engineering Project Management and Its Development Countermeasures in the New Period

Abstract: Large-scale construction projects have occupied a large proportion in China's construction industry. Realizing the life cycle management of construction projects is the goal pursued by project management. The implementation of life-cycle management can more effectively control the various stages of project planning, implementation and operation to achieve the purpose of adding value to the project construction. However, as the scale of the building and the complexity of the building continue to increase, the construction period increases, the number of project participants is large, and the project management of many large projects is difficult to implement. The emergence of BIM technology brings new opportunities for the life cycle management of construction projects. This paper briefly introduces the characteristics of BIM technology and the impact of BIM technology on project management, and it mainly analyzes the application of BIM technology in project management, in order to improve the design level of the project and improve the construction efficiency and management level of the project.