The textbook is addressed to students, structural draftsmen and structural engineers who are involved in the design of structures in the course of roads and railways with a focus on Building Information Modeling (BIM).Based on selected simplified examples the new method of object-oriented 3D-modeling (OOM) for alignment-based bridge structures is explained step-by-step with supplementary e-learning material (videos and sample files) for a modern self-assessed learning.A comprehensive 3D-Model of a bridge structure is set up and explained in detail with all relevant background information on the techniques and methodologies in the BIM process. The enrichment of semantic data is shown and explained as well as the combination with parameters and processes such as the combination with masses. An outlook is given for the forthcoming export of the model via neutral .ifc-standard in the OPEN BIM process.In mechanical engineering drawings and simulations are derived from the 3D-Model for many years already so that these options are refered to in this textbook with the focus on design-embedded-simulations for bridge structures. The technique of isogeometric modeling and a linked finite-element-simulation is shown in chapter 4 to outline the potential for future applications.

Building Information Modeling (BIM) is an information-sharing platform for exchanging and modifying building data, easily accessible by engineers, architects, and project managers. BIM enables teams of engineers and stakeholders to collaborate in a single platform, visualizing modifications in real-time, combining data from different sources, and storing all the design files in the same place. While BIM is highly utilized to design vertical structures (i.e., buildings), the use of BIM for horizontal infrastructures (i.e., bridges and roads) is still in its infancy. This thesis presents a review of the historical development and recent advances in applying BIM to civil infrastructure, including the design and asset management of bridges and roads. In this context, an overview of BIM is first provided to determine appropriate tools to apply BIM technology to civil infrastructure. Then, a state-of-the-art review of the applications of the BIM paradigm is presented, with a focus on the local and state Department of Transportation in the United States. The review includes examples where BIM was employed for the design and management of new and existing infrastructure. Challenges of bringing BIM into infrastructure design and management are identified, highlighting future opportunities. Finally, a case study of the BIM paradigm applied to a pilot bridge project in the Washington DC area is presented. To this end, BIM was leveraged to solve utility conflicts and facilitate clash analysis.

Containing papers presented at the 4th International Conference on Building Information Modelling (BIM) in Design, Construction and Operations, this volume brings together the research of experts from industry, practice and academia. It describes innovative solutions and predictions for future trends across key BIM-related topics. The modern construction industry and built environment disciplines have been transformed through the development of new and innovative BIM tools and techniques. These have fundamentally altered the manner in which construction teams operate; the processes through which designs are evolved; and the relationships between conceptual, detail, construction and life cycle stages. BIM is essentially value-creating collaboration throughout the entire life-cycle of an asset, underpinned by the data attached to them. BIM has far and reaching consequences on both building procurement and infrastructure. This recent emergence constitutes one of the most exciting developments in the field of the Built Environment. These advances have offered project teams multi-sensory collaborative tools and opportunities for new communication structures. The included papers cover such topics as: BIM in design coordination; BIM in construction operations; BIM in building operation and maintenance; BIM and sustainability; BIM and collaborative working and practices; BIM-Facilities management integration; BIM-GIS integration; BIM and automation in construction; BIM and health and safety; BIM standards; BIM and interoperability; BIM and life cycle project management; BIM and cultural heritage; BIM and robotics; BIM in risk analysis and management; BIM in building cost control; BIM and building representation; Virtual design and construction (VDC); BIM in the execution phase; BIM for infrastructure development; Digital twins.

This book describes the latest methods and tools for the management of information within facility management services and explains how it is possible to collect, organize, and use information over the life cycle of a building in order to optimize the integration of these services and improve the efficiency of processes. The coverage includes presentation and analysis of basic concepts, procedures, and international standards in the development and management of real estate inventories, building registries, and information systems for facility management. Models of strategic management are discussed and the functions and roles of the strategic management center, explained. Detailed attention is also devoted to building information modeling (BIM) for facility management and potential interactions between information systems and BIM applications. Criteria for evaluating information system performance are identified, and guidelines of value in developing technical specifications for facility management services are proposed. The book will aid clients and facility managers in ensuring that information bases are effectively compiled and used in order to enhance building maintenance and facility management.

"Ready or not, it’s high time to make BIM a part of your practice, or at least your vocabulary, and this book has as much to offer beginners as it does seasoned users of building information modeling software." —Chicago Architect The first book devoted to the subject of how BIM affects individuals and organizations working within the ever-changing construction industry, BIM and Integrated Design discusses the implementation of building information modeling software as a cultural process with a focus on the technology’s impact and transformative effect—both potentially disruptive and liberating—on the social, psychological, and practical aspects of the workplace. BIM and Integrated Design answers the questions that BIM poses to the firm that adopts it. Through thorough research and a series of case study interviews with industry leaders—and leaders in the making out from behind the monitor—BIM and Integrated Design helps you learn: Effective learning strategies for fully understanding BIM software and its use Key points about integrated design to help you promote the process to owners and your team How BIM changes not only the technology, process, and delivery but also the leadership playing field How to become a more effective leader no matter where you find yourself in the organization or on the project team How the introduction of BIM into the workforce has significant education, recruitment, and training implications Covering all of the human issues brought about or exacerbated by the advent of BIM into the architecture workplace, profession, and industry, BIM and Integrated Design shows how to overcome real and perceived barriers to its use.

The application and integration of Building Information Modeling (BIM) into the realm of bridge monitoring represents a significant advancement in infrastructure management. This thesis explores the multifaceted implementation of BIM technologies for the purpose of monitoring and maintenance of bridges. It investigates how the integration of BIM technologies, specifically through the Dalux, can improve the way we monitor, manage, and maintain bridge infrastructure. The thesis delves into the intricacies of BIM-enabled bridge monitoring, including coverage of aspects of data integration, real-time analytics, and decision support. It uncovers the transformative impact of 3D modeling, data visualization, and information exchange protocols in the realm of bridge management. Moreover, the research investigates into practical aspects of sensor deployment, data integration, and visualization within the Dalux platform. It explores how Dalux's user friendly interface empowers stakeholders to interact with 3D bridge models and it also addresses the collaborative potential of Dalux, emphasizing its role in bridging the gap between design, construction, and ongoing bridge management. In conclusion, this thesis serves as a comprehensive guide to harnessing the power of BIM in bridge monitoring. It can be used by other professionals involved in bridge maintenance and management, such as engineers and stakeholders, contributing with methodologies and advocating for the adoption of GIS (Geographic Information System) technologies in BIM integration.