Civil Engineering
Amirhosein Hojati; aliasghar Amirkardoust; Davoud Sedaghat Shaygan
Abstract
The information modeling model can be considered as a virtual process that includes all aspects, disciplines and systems of a facility in a single virtual model and allows all project stakeholders to use the processes traditionally cooperate more accurately and efficiently.This study investigated the ...
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The information modeling model can be considered as a virtual process that includes all aspects, disciplines and systems of a facility in a single virtual model and allows all project stakeholders to use the processes traditionally cooperate more accurately and efficiently.This study investigated the factors related to building information modeling affecting the performance by reviewing the literature. The literature review showed that factors related to information modeling can affect the performance of construction projects by saving time and money, improving teamwork, better data management, and better understanding of the project. Improving the ability to build, visualize, productivity, quality, and accuracy. and ... to affect . Building Information Modeling (BIM) is a set of technologies, methods and policies that enable multiple stakeholders to collaboratively create a facility in the design space. It is an intelligent 3D model-based process, which usually requires a BIM implementation plan for owners, architects, engineers and contractors or construction professionals. Building Information Modeling or BIM can be used throughout the project life cycle to create clarity and efficiency in building construction .
Civil Engineering
aliasghar Amirkardoust; Omid Tavakoli; davood sedaghat shayegan
Abstract
This article provides a comprehensive review of project planning and elucidates its pivotal role in ensuring success in the complex landscape of civil engineering projects. From various perspectives, the emphasis is placed on the sequential progress of projects, precise planning, resource coordination, ...
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This article provides a comprehensive review of project planning and elucidates its pivotal role in ensuring success in the complex landscape of civil engineering projects. From various perspectives, the emphasis is placed on the sequential progress of projects, precise planning, resource coordination, meticulous control, and the adoption of innovative planning methods as essential components. The consequences of neglecting these fundamental stages, with a focus on cost, time, and project quality factors, are examined. Consequently, the synthesis of these perspectives underscores the linchpin role of planning in construction projects. Sequential progress, coupled with strategic planning and precise control, emerges as a foundational principle. Decision-making based on data and the utilization of mature models enhance project management efficiency. Serving as a comprehensive guide, this article underscores the significance of planning stages as the axis of success in civil engineering projects. With a comprehensive approach, recognition of interdisciplinary nature, and laying the groundwork for informed and strategic decision-making in the dynamic landscape, the article supports the outlook of effective project management in civil engineering.
