Publication: Taylor and Francis Online
Emerging technologies in construction are redefining how materials are utilized, particularly with the advancement of additive manufacturing techniques in concrete applications. This innovative approach involves the strategic incorporation of materials to enhance specific properties such as durability and insulation at precise locations within a structure. Through sophisticated printing processes, it’s now possible to infuse varying […]
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Publication: Taylor and Francis Group
The innovative realm of filament-based 3D concrete printing (3DCP) introduces new challenges, notably in “buildability”—the ability of freshly deposited concrete to support itself during construction without traditional formwork. This capability is significantly influenced by the chemical and physical properties of concrete, which evolve as the material sets. Intriguingly, the temperature at which concrete is printed […]
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Publication: ResearchGate
Innovative approaches in the construction sector are leveraging new additive manufacturing techniques to enhance the automation of building processes. This advancement necessitates the creation of specialized materials tailored to meet the unique demands of these methods. Central to this development is the challenge of accurately characterizing these materials to ensure they perform optimally during the […]
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Publication: ResearchGate
The inherent limitation of 3D printed concrete is its requirement to be self-supporting during the printing process, which can impose geometric constraints. Addressing this challenge, a novel methodology has been developed to print concrete onto a temporary, freeform surface. This innovative approach integrates the use of a Flexible Mould, pioneered at TU Delft, with a […]
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Publication: Taylor and Francis Online
The burgeoning field of additive manufacturing in concrete is set to revolutionize the construction industry, potentially altering how buildings and infrastructures are designed and erected. Despite the successful construction of full-scale structures by various academic and industrial bodies, a significant hurdle remains: the existing codes of practice for evaluating structural integrity are not fully adapted […]
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Publication: ResearchGate
Digitally Fabricated Concrete (DFC) is emerging as a prominent theme in construction, with case studies being showcased globally at an increasing rate. However, there remains a significant gap in the reporting of these projects, particularly concerning the structural requirements met and the methods used to ensure compliance. Often, the research published on DFC materials is […]
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Publication: ResearchGate
The burgeoning field of additive manufacturing for concrete construction has brought about rapid advancements, but a persistent challenge remains the lack of ductility in the finished structures. Traditional solutions often involve melding printing with conventional casting and reinforcing methods to address this shortcoming. However, this paper introduces an innovative approach by exploring a system designed […]
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Publication: Nanyang Technological University, Singapore
In a landmark project, industrial and academic partners in the Netherlands have achieved a significant milestone by realizing the world’s first 3D concrete printed bicycle bridge. This pioneering structure not only demonstrates the potential of 3D concrete printing but also marks its acceptance in practical applications, as it received certification for safe use through a […]
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Publication: ResearchGate
The Material Deposition Method (MDM) is gaining traction as a revolutionary additive construction technique, allowing for the creation of concrete mortar structures with unprecedented form freedom and automation. Despite its advantages, MDM faces challenges with traditional reinforcement methods, which are typically unsuited for ensuring ductile failure behavior in these unique structures. While some have addressed […]
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News: Zavhy’s Desk
november 16, 2024
Media: Eindhoven University of Technology
september 8, 2021