Searched for: subject%3A%22interlocking%22
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Papoulidou, Sofia (author)
The current structural demands include complex designs, efficient utilization of material resources, and maintenance of existing structures and infrastructure. In all these cases, the connections between structural components are the main focus of design since they are widely considered the weakest link in a structural system. The demand for...
master thesis 2024
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van Zeijl, Thomas (author)
In the field of 3D printing, Multi Material Additive Manufacturing (MMAM) has gained substantial recognition, as it offers interesting new possibilities. MMAM allows the combination of diverse polymers to create products with enhanced, composite properties. However, a significant challenge emerges when chemically incompatible polymers are...
master thesis 2023
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Mithapelli, Nitesh (author)
Conventional construction techniques are unsustainable and expensive due to longer construction time, labour-intensive work, and the use of formwork. 3D concrete printing is seen as a potential substitute to overcome these issues. However, extrusion-based 3D printed structures exhibit a weak interlayer bond, and researchers have tried to address...
master thesis 2023
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Papoulidou, Sofia (author)
Concrete elements, partially or entirely prefabricated are becoming more and more popular in engineering practice. The biggest challenge in this process is the realization of connections between components. These connections fall within two categories: Precast-to-precast connections with hardened parts and<br/>precast-to-in situ connections,...
student report 2022
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Liu, BAOLIAN (author)
With the advent of Computer-Aided Design, the design and fabrication of complex free-form shells have become easier to achieve. However, this results in extensive usage of custom-made formworks for the production of shell components and falseworks which provide support for the shell during the construction process. Therefore, a modular design...
master thesis 2022
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Pitta Kruize, Carlos (author)
The mechanical properties of biological hard-soft interfaces change gradually over a small surface area to prevent the formation of stress concentrations through variations in the interface’s chemical composition, microstructure and geometry. The bone-tendon/ligament and bone-cartilage interface are the most prominent hard-soft interfaces within...
master thesis 2021
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Nathani, Twinkle (author)
The wide application of glass in buildings is due to its innate transparency and durability. This quality has led to the development of hollow glass blocks during the industrial revolution. These blocks are durable, fire-resistant, exhibit heat resistance, and sound deadening properties. In recent years, new explorations have begun to uncover...
master thesis 2021
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Dimas, Maria (author)
The current research investigates potential interlayer materials candidates, for an interlocking cast glass block assembly. Various alternative interlayers are examined, as well as the effect their unique material properties have on the potential application of the interlocking system. The whole process, from fabrication to construction of the...
master thesis 2020
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Mohamed, juliette (author)
Windows are important elements in a building. They protect the interior from the exterior environment regarding weather conditions, noise, security and so on. While they also, in contrast to walls and floors, connect the two, creating links and providing rooms with daylight, fresh air and views in and out of the building. The most governing...
master thesis 2020
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Houriet, Caroline (author)
Recent findings have highlighted the potential of a 3D-printable high-strength Liquid Crystal Polymer, whose anisotropy can be fostered for topology optimization intents. The mesostructure of a 3D-printed liquid crystal polymer is studied: the observation of interlayer features under the form of regular notches or spiraling patterns swirls is...
master thesis 2019
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de Haan, Franke (author)
Structures made from cast glass components are transparent and make full use of the high compressive strength of glass. As they have more freedom in shapes and can therefore be designed with a large cross-section, it is more suitable as a<br/>structural element than fl oat glass. However, most cast glass structures that have been completed...
master thesis 2019
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Scholtens, Eliza (author)
Currently, tons of high-quality borosilicate glass are discarded to landfills each year, taking up space on valuable land. Within the existing soda-lime glass recycling industry it is not possible to use recycled borosilicate glass due to its higher melting temperatures and a difference in chemical composition. In fact, borosilicate glass...
master thesis 2019
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Chiou, Argyro (author)
Glass is a fascinating material with very interesting properties and high durability, while cast glass in particular has a lot of unmapped potential. It is also an environmentally friendly option that can be fully recycled or even better reused if not contaminated with other substances. The current thesis is exploring a dry-connection building...
master thesis 2019
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Presvyri, Stamatia (author)
The shear capacity of concrete members is a major challenge of structural concrete research through the years. Many theoretical models have been developed and various experiments have been performed, focusing on the accurate prediction of the shear behavior. Many of the available theoretical models assume that a large contribution of the shear...
master thesis 2019
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Zarate Garnica, Gabriela (author)
Shear failure is one of the most critical failure modes of reinforced concrete members, especially for those without shear reinforcement. Despite the extensive research programs in the last decades, there is still no general agreement on a rational theory to assess their shear capacity. In the recent years, researchers have focused on developing...
master thesis 2018
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Koning, Laetitia (author)
Rapid developments of both new (digital) fabrication techniques and innovative software facilitate the possibility to design, check and construct objects with great complexity and uniqueness without a large price tag. After new techniques slowly entered the field of architecture, the next step is to apply them in civil engineering to design load...
master thesis 2018
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Verduyn, Tanya (author)
The high compressive strength of the material glass in combination with its transparency, make it an attractive material to use for a column. Though different types and configurations of glass columns have been subject of academic research, a demountable glass column made from laminated components remains unexplored. This structural concept...
master thesis 2018
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de Vries, Eline (author)
In 1942 cast glass columns weredesigned in the Danteum by GiuseppeTerragni. But due to the annealing timeof large glass pieces, these have neverbeen produced. Now, more than 75years later, a new type of cast glasscolumn will be designed. This time, thedesign is made out of interlocking drystacked cast glass components.Glass is a strong yet...
master thesis 2018
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Jacobs, Erwin (author)
The search for a transparent, reversible, and reusable consolidation system for monuments led to the ambition to test possible cast glass interlocking brick designs using numerical calculations. The focus of this research is hence the design, simulation and evaluation of a possible cast glass interlocking geometry using Finite Element Analysis ...
master thesis 2017
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Barou, L. (author)
The aim of the research is to investigate the common ground between restoration practices and structural glass technology, as a new methodology to exploit our built heritage; a distinguishable, yet discreet restoration approach. Transparency is introduced by means of structural glass in an attempt to reinstate the image of the monument, allowing...
master thesis 2016
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