3D Paper Printing for the Built Environment: Optimization of the Material Behavior & Production Process to Reach Quality Integration and Dimensional A
| AUTHOR | Abdullah Agha, Dunia |
| PUBLISHER | Springer Vieweg (06/25/2024) |
| PRODUCT TYPE | Paperback (Paperback) |
This book presents the manufacture and development of products from a novel material formulation as a bio-based paper material using 3D printing for engineering purposes. The approach is to optimize the material behavior and the manufacturing process to achieve a high level of quality and accuracy. A wide range of formulations are investigated to select homogeneous pastes with high 3D printing potential for best outcomes.
This is accomplished through customization and optimization under the control of rheological behavior and printing parameters. Mechanical characterization is investigated to identify the adhesion and other properties of the paste formulation.
Potential applications for the built environment in façade construction are presented, which match the material properties and benefit the most from the complexity offered by additive manufacturing technology.
The content
- State of Art
- Printing Configuration and Performance
- Quality & Accuracy Assessment
- Material & Mechanical Behavior
- 3D Models as a Case Study
This book presents the manufacture and development of products from a novel material formulation as a bio-based paper material using 3D printing for engineering purposes. The approach is to optimize the material behavior and the manufacturing process to achieve a high level of quality and accuracy. A wide range of formulations are investigated to select homogeneous pastes with high 3D printing potential for best outcomes.
This is accomplished through customization and optimization under the control of rheological behavior and printing parameters. Mechanical characterization is investigated to identify the adhesion and other properties of the paste formulation.
Potential applications for the built environment in façade construction are presented, which match the material properties and benefit the most from the complexity offered by additive manufacturing technology.
The content
- State of Art
- Printing Configuration and Performance
- Quality & Accuracy Assessment
- Material & Mechanical Behavior
- 3D Models as a Case Study
The author
Dunia Abdullah Agha holds a degree in Civil Engineering/specialization in Structural Engineering from the University of Babylon, Iraq. From 2009-2018, she worked as a projects engineer in the Governorate Office of Babylon, Iraq. From 2018-2023, she worked as a research assistant and lecturer at the Institute of Structural Analysis and Design at the Technical University of Darmstadt, Germany, with a grant from the German Academic Exchange Service (DAAD). Since 2024, she works as a projects engineer/structural designer at Krebs und Kiefer Ingenieure GmbH/Darmstadt.
This book presents the manufacture and development of products from a novel material formulation as a bio-based paper material using 3D printing for engineering purposes. The approach is to optimize the material behavior and the manufacturing process to achieve a high level of quality and accuracy. A wide range of formulations are investigated to select homogeneous pastes with high 3D printing potential for best outcomes.
This is accomplished through customization and optimization under the control of rheological behavior and printing parameters. Mechanical characterization is investigated to identify the adhesion and other properties of the paste formulation.
Potential applications for the built environment in façade construction are presented, which match the material properties and benefit the most from the complexity offered by additive manufacturing technology.
The content
- State of Art
- Printing Configuration and Performance
- Quality & Accuracy Assessment
- Material & Mechanical Behavior
- 3D Models as a Case Study