5 key facts about this project
The Pavilion of Time in Budapest presents an engaging exploration of time through its design. Situated in an urban environment, it functions as a community space for locals to gather and contemplate. The design concept revolves around illustrating the passage of time through architectural elements that gradually change as they interact with the surrounding environment.
Design Concept
The design focuses on time as a changing experience. Horizontal divisions on the walls create a visual rhythm that is intended to become more organic over time. These divisions reflect the slow movement of time, encouraging people to engage with the space as they observe its evolution.
Materiality
The rammed earth walls are a key feature of the Pavilion. They are naturally subject to the effects of weather, particularly erosion. Rainwater gradually washes away the soil, causing the walls to change both in appearance and condition. To manage this, erosion checks have been incorporated, using wedge-shaped elements that disrupt the flow of water and help protect the walls from rapid wear.
Erosion Checks
These erosion checks serve multiple purposes. They offer structural support while creating a visual contrast against the initially smooth surfaces of the wall. Over time, as erosion occurs, the checks will stand out more, leading to a surface defined by soft curves. This transformation illustrates the lasting impact of time on the building’s form.
Construction Techniques
Clay mortar is used in the construction as an essential element for the stability of the Pavilion. It binds the erosion checks to the rammed earth walls effectively. This choice enhances stability while allowing the building to respond to weather changes and community use. As time passes, the interplay of materials will unfold a narrative of change that captures the essence of the project's theme.
As the Pavilion ages, its textures and forms will reveal a landscape shaped by time, highlighting the unique relationship between architecture and its environment.