Listen to this one-hour-long podcast, where Prof. Adrian Bejan discuss how he went to discover the Constructal Law : “Growing up in Soviet-controlled Romania, Adrian Bejan found himself living in system that tried to prevent of ideas, money, goods and people.
It’s only fitting then that his career would not only see him bridging the divide between disciplines but studying flow itself.
In 1995 while designing more efficient cooling systems for electronics, he was struck by the similarity between the systems that he was designing and those that occur naturally in riverbeds, capillary systems, leaves and much, much more.
And so, the constructal law was born.”
The Franklin Institute have recognized accomplishments in science and technology since 1824, and awarded since then researchers such as Nikola Tesla, Thomas Edison, Pierre and Marie Curie, Albert Einstein, Stephen Hawking, Gordon Moore, among others.
This year, Prof. Adrian Bejan will be the recipient of the 2018 Benjamin Franklin Medal in Mechanical Engineering, for his work in this field, and thus especially for the development of Constructal Theory.
The Franklin Institute Awards Ceremony and Dinner will be held on Thursday, April 19, 2018.
This article in French, from the October publication of Science & Vie, provides an interview of professor Adrian Bejan regarding the views of Constructal theory on animal movements.
The article present also in greater details the theory of Ulrich Brose on maximal animal speed.
In this recent article from Quartz, Ephrat Livni briefly reviews the global framework of Constructal theory, and interviews Adrian Bejan, with a specific focus on the application of his theory to social sciences.
This french article has been published by Techniques de l’Ingénieur, and was written by Sylvie Lorente and Adrian Bejan.
The authors define and present the Constructal law as the law of physics that accounts for the natural tendency of all flow systems (animate or inanimate) to evolve into configurations that offer progressively greater flow access over time.
This article shows what make the Constructal law a part of thermodynamics, and that the domains covered by this new law of Physics are broad, ranging from fluid flows to heat and mass transfer.