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An easy method to build geologically realistic models of natural fracture networks in geological formations, by simulating the processes of fracture nucleation, growth and interaction, based on geomechanical principles and an understanding of the geological history.

Matlab functions for building 2D FD and WLS derivative matrices and using them to perform Taylor Integration over a 2D surface in 3D. Also an implementation of Gauss integration over a surface defined by a grid of triangles using WLS.

This is an implementation of the strip theory of Salvesen, Tuck and Faltinsen (1970) "Ship Motions and Sea Loads", Trans. of the Society of Naval Architects and Marine Engineers, 78:250--287.

Course material for 31351 Basic Power Electronics

Course material for 31003 Electric Circuits 2