Boundary element method, fast multipole method, fast multipole boundary element method, fast multipole BEM, acoustics, computational acoustics, numerical acoustics, noise control, structural acoustics
Boundary element method, fast multipole method, fast multipole boundary element method, fast multipole BEM, acoustics, computational acoustics, numerical acoustics, noise control, structural acoustics
OpenDDA is a highly optimised computational framework, written in the C language, for the Discrete Dipole Approximation, a numerical method for calculating the optical properties associated with a target of arbitrary geometry that is widely used in atmosp
Website contains tutorials by Dr. George
Benthien on harmonic analysis, numerical linear algebra, digital encoding
methods, symmetry reductions, and the modeling of Sonar transducers and arrays.
Dr. Benthien has more than 40 years experience in mathematic
Granulair Technologies advises leading manufacturing companies and their suppliers in developing and improving granular and powder processes through the use of advanced numerical simulation
Granular materials cover a broad area of research at the intersection of different scientific fields including soft matter physics, soil mechanics, powder technology, agronomic transformations, and geological processes. Despite the wide variety of physico
Metal cutting service is essential to unlocking the versatility of metal. Metal is most frequently cut with either a plasma cutter or a waterjet cutter. Each method utilizes unique technology and has different benefits.