Problemas ocasionados por la energía reactiva.

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Teaching students with new tools, enthusiasm, and belief that teaching is a noble calling

DFRobot - 4WD Arduino Mobile Platform Review

Visita Virtual Museo Thyssen Bornemisza

Bernoulli Principle Animation

sidevibe - Donde los profesores usan la web para dar clases a los alumnos

MITx prototype course opens for enrollment Online-learning initiative's first offering, '6.002x: Circuits and Electronics,' accepting registrants now.

Animated Demonstration of Bernoulli's Principle

It's a Multiphysics World The real world is multiphysics in nature. Consider your mobile phone. The antenna receives electromagnetic waves, the touch screen or buttons are mechanical and electrical components, the battery involves chemical reactions and electrical current, and so on. A single device, but multiphysics. Since it's a multiphysics world, your simulation tool must be multiphysics capable in order to correctly capture the important aspects of your design. The COMSOL Multiphysics approach starts with first principles like transport phenomena, electromagnetic field theory, and solid mechanics as the basic fibers of the software. Then, in an elegant and flexible user interface, you can weave these fibers together in a self-consistent way to solve your particular simulation needs. "COMSOL allows us to couple mechanisms in a very nice and simple way, allowing us to understand their combined effect. This is the true power of simulation." -- Dr Roberto Suarez-Rivera of Schlumberger. COMSOL Multiphysics delivers the ideal tool to build simulations that accurately replicate the important characteristics of your designs. Its unparalleled ability to include all relevant physical effects that exist in the real world is known as multiphysics.