My practical bachelor thesis should display new possibilities hidden in the material of concrete. In this scientific research work, I worked up the problems that this material poses because of its composition. My goal was to develop boards with low thickness, low weight, uniform surface tension and frameless mounting options. This very technical project let me leave the traditional areas of design study and explore new areas of architecture.
The areas of panel and bridge construction, with their „pre-and post-stressing“ processes, inspired me to design a form that allows the concrete to be manually pre-stressed. When calculating the mechanical strength of structures and other constructions, I came up against the limits of the material, resulting in several incidences of cracked surfaces. Only by incorporating the notch effect and the tension trajectory did the first boards fulfill my demands.
The elaborately constructed reinforcement allows the final concrete board to be mounted without a frame and to absorb tensile and compressive forces in all directions, without breaking.
A glass ball is filled with water and hung on a metal holder, behind it, a burning candle is positioned. The candlelight hits the ball and creates a cone of light on the opposite side. Depending on the position of candle and ball, the light guidance and intensity, as well as the width of the light cone, can be determined.
Today’s workplace, with laptop or computer screen, creates new lighting requirements. A traditional table lamp produces too much lux, which irritates the eye. Perhaps this is where the old form of lighting comes in, to meet new demands.