Titlebook: A Circular Built Environment in the Digital Age; Catherine De Wolf,Sultan ?etin,Nancy M. P. Bocken Book‘‘‘‘‘‘‘‘ 2024 The Editor(s) (if app

nurture

Hui Han,Xinqian Zou,Yiyuan Gao,Xiuyun Guoe of design tools that can be integrated into existing workflows, are applicable within the uncertain context of the early design phase, and ideally offer immediate feedback related to formal deliberations, structural considerations, material selection, and detailing. This chapter describes the impo

EPT

Ferritin

Hao Chen,Wenxian Wang,Min Zhou,Xueqin Lif three projects that successfully demonstrate the use of cooperative robotic fabrication to promote several principles of a circular economy through different scaffold-free construction applications. The topics covered in this chapter will be of interest to researchers and professionals interested

旅行路線

預(yù)示

Yao Yang,Chenyan Kan,Dingjun Chenivational tool to engage citizens, communities, and professionals in design and management decisions. However, applying XR is not without challenges, including technical and process-related limitations, potential misuse, and a lack of rich digital twins. Future research opportunities include the dev

conifer

Railway Train Working Diagram Plan System practice, the chapter presents a state-of-the-art overview of digital deconstruction technology use cases for identifying, harvesting, and distributing reusable building elements. It shows that digital technologies have been developed for separate deconstruction activities but are rarely used in an

Apoptosis

Dingjun Chen,Xinyi Lin,Hui Zhang,Kaiteng Wuckchain technologies. Emerging concepts within blockchain technologies are then presented to give insights into prospects beyond current literature and use cases in the circular built environment. Finally, the future of blockchain technology in a circular built environment is discussed to present th

TEM

雪崩

EXCEL