Experiments with tiling and patterns
Parkettierungen sind Muster aus sich wiederholenden geometrischen Formen, die eine Fläche ohne Überlappung bedecken. Ein berühmtes Beispiel sind die Penrose-Muster,
Parkettierungen sind Muster aus sich wiederholenden geometrischen Formen, die eine Fläche ohne Überlappung bedecken. Ein berühmtes Beispiel sind die Penrose-Muster,
Der Herrnhuter Weihnachtsstern In der vorweihnachtlichen Adventszeit sind sie hier in Süddeutschland an allen Ecken zu sehen: die Herrnhuter Sterne.
In 1980, Prof. Ivo Kolin first realized a heat engine based on the Stirling process, which used warm water as an energy source and worked with a temperature difference of less than 50° Celsius.
A new type of pumping system that draws its drive energy from compressed air or, for example, solar-generated water vapor and has no limitation on the delivery head.
Demonstration model for visualizing the components and processes for harnessing CO2 as a fuel or raw material using catalytic reactions with green hydrogen.
Many years ago Theo Jansen optimized the mechanism of his Strandbeest walking machines. We recreated the mechanism using a small C program and a Gnuplot visualization.
A new rain protection system for bicycles: A folding canopy allows comfortable cycling in the rain without a cape or rain gear.
Things are not as they seem. And sometimes this leads to classification problems because the anticipated shape of things clashes with your own model of reality. :O)
In mathematics, surface models are a fascinating way to visualize and understand complex geometric shapes. Here we look at the surface models of sphere, torus and torus node.
Planning and construction of an experimental measuring station to determine the heat transfer of various building materials and glazing for student training on behalf of the Freiburg INATECH.
The basic idea is to use entropy sources as a “driving force” and to transform ambient heat into exergy using a suitable (semi-)reversible process and thus make it usable as high-quality energy.
Computer-controlled metal balls fall onto different sound plates of a glockenspiel and thus produce the tones of programmable melodies.