Digital Twin Parallels to Support the Blockchain in the Aec Sector : Bio-Based Materials for NZEB Buildings.

Format:

Book

Author/Creator:

Rocco, Angelica.

Series:

Information Systems Engineering and Management Series

Information Systems Engineering and Management Series ; v.79

Language:

English

Physical Description:

1 online resource (320 pages)

Edition:

1st ed.

Place of Publication:

Cham : Springer, 2026.

Summary:

This book introduces a three-level model--Material, Design, and Life--linking digital modeling with environmental assessment and life-cycle analysis.Digital Twin Supporting Blockchain in the AEC Sector.Bio-Based Materials for nZEB Buildings explores how advanced digital technologies can drive sustainability in architecture and construction.

Contents:

Information Systems Engineering and Management

Digital Twin Parallels to Support the Blockchain in the Aec Sector

Foreword

Introduction

Contents

List of Figures

List of Tables

Part I: State of the Art

Part II: Material ModelDiagram illustrating a flow chart within a circular boundary labeled "Physical Model." It features three interconnected nodes: two blue nodes and one red node labeled "Material Model." The nodes are connected by arrows and lines, indicating processes such as "Digital Engineering," "Reverse Engineering," "Knowledge-Based Engineering," "Reconfigurable Building," and "Implementation and Control." Feedback loops and numbered steps (1 to 4) are shown, highlighting the iterative

Part III: Design ModelDiagram illustrating a flow chart within a circular boundary labeled "Physical Model." It features three interconnected nodes forming a triangle. The nodes are labeled "Design Model," "Digital Engineering," and "Reverse Engineering." Arrows between nodes indicate processes: "Knowledge-Based Engineering," "Reconfigurable Building," and "Implementation and Control." Feedback loops and numbered steps are shown, emphasizing iterative processes.

Part IV: Life ModelDiagram illustrating a flow chart with a triangular structure connecting three main components: "Life Model" at the top, and two "Physical Model" nodes at the bottom corners. Arrows indicate processes such as "Digital Engineering," "Knowledge-Based Engineering," "Reverse Engineering," and "Reconfigurable Building." Feedback loops and implementation controls are shown with numbered steps. The diagram emphasizes the interaction between life and physical models within a circular

Conclusions

References.

Notes:

Description based on publisher supplied metadata and other sources.

ISBN:

9783032152671