An animation simulating a dike starting to collapse

DRI Environment

Dijkinspectie simulator

How Bacteria can stop holes in a water barrier

Biosealing

Een methode om dijkversterking te bewerkstelligen

Korte damwand voor dijkversterking

Van Leeuwenhoeklezing over de wolken in ons klimaat. Het klimaat verandert. Het wordt warmer. Minder wolken dus – of juist meer, omdat er meer water verdampt? Wolkenspecialist professor Herman Russchenberg van de TU Delft vertelde op 25 maart 2012 alles wat er bekend is over wat wolken doen als het klimaat verandert. Met een introductie van Karel Luyben, Rector Magnificus van de TU Delft.

De wolken in ons klimaat

Guest lecture by André Faaij (Utrecht University/BE-Basic), IPCC Lead Author on Energy Systems. Introduced by Roy Meijer, Science Information Officer of the TU Delft, member of the Delft Environment Initiative. In this lecture, Faaij will build on insights from the Special Report on Renewable Energy, and will discuss the outlook for deployment of different renewable energy technologies (RET's).

Renewable Energy Technologies - IPCC and beyond

Symposium M. Braungart (part 3)

Symposium M. Braungart (part 1)

Cradle to Cradle for the urban environment

Symposium M. Braungart (part 4)

Michael Braungart: a new approach for Cradle to Cradle quantification: Neural computation

Symposium M. Braungart (part 5)

Symposium M. Braungart (part 6)

Welcome and opening of the Symposium Michael Braungart

Symposium M. Braungart (part 0)

Faculty of Architecture welcomes Cradle to Cradle professor Michael Braungart on 15th april 2011.

Symposium M. Braungart (complete)

Bio based building materials: Potential for renewable materials in the built envrionment - volume or quality?

Symposium M. Braungart (part 2)

Lecture about the physics and the modeling of tsunamis

The Japan Tsunami

A short introduction into radar meteoroloy with more focus on radar than meteorology, including: radar principle, information encoded in microwaves, radar equation for a point target, from a point target to volume targets -> reflectivity, reflectivity - rain rate relations, polarimetric weather radar observations and radar data processing.

hubhopper

DRI Environment

hubhopper