New Public Insights

These are recently updated publicly accessible Insights. In addition to public Insights, Insight Maker also supports creating private Insights.

 Flip Flap Railway (1895): der Schlitten einer Achterbahn fährt zuerst eine schiefe Ebene hinunter, dann in einen kreisförmigen Looping und am Schluss horizontal weg. Die Bewegung ist auf den Schwerpunkt reduziert und vom Impuls wird nur der Betrag betrachtet. Demenstprechend beziehten sich die G-Kr
Flip Flap Railway (1895): der Schlitten einer Achterbahn fährt zuerst eine schiefe Ebene hinunter, dann in einen kreisförmigen Looping und am Schluss horizontal weg. Die Bewegung ist auf den Schwerpunkt reduziert und vom Impuls wird nur der Betrag betrachtet. Demenstprechend beziehten sich die G-Kräfte gemessen in g auf diesen Punkt.
Hier finden Sie das Video dazu https://youtu.be/ckQ1rpXLKE0
Investigations into the relationships responsible for the success and failure of nations. This investigation was prompted after reading numerous references on the subject and perceiving that *Why Nations Fail: The Origins of Power, Prosperity, and Poverty* by Acemoglu and Robinson seem to make a gre
Investigations into the relationships responsible for the success and failure of nations. This investigation was prompted after reading numerous references on the subject and perceiving that *Why Nations Fail: The Origins of Power, Prosperity, and Poverty* by Acemoglu and Robinson seem to make a great deal of sense.
4 days ago
Brooks' Law model developed for the MSc Software Engineering module (M814) from The Open University, UK
Brooks' Law model developed for the MSc Software Engineering module (M814) from The Open University, UK
  Epidemiological Model   Prof. Dr. Paulo Villela     This model is based on the paper by Crokidakis, Nuno. (2020). *Data analysis and modeling of the evolution of COVID-19 in Brazil*. For further details, see the full paper  here .     In addition to modeling a COVID-19 transmission system in Brazi
Epidemiological Model
Prof. Dr. Paulo Villela

This model is based on the paper by Crokidakis, Nuno. (2020). *Data analysis and modeling of the evolution of COVID-19 in Brazil*. For further details, see the full paper here.

In addition to modeling a COVID-19 transmission system in Brazil, it shows the conversion of the system of differential equations into a stock-and-flow diagram.

Jay Forrester's major contribution was to propose a new language—System Dynamics—to represent systems of differential equations, which constitutes its solid mathematical foundation, developed by Newton and Leibniz in the 17th century.

The beauty of System Dynamics lies in unifying mathematical rigor with visual clarity. It is a tool that empowers our ability to understand, communicate, and simulate the complexity of the world.