Lumped
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AkAbak v.2 1
AkAbak simulates electro-mechano-acoustical networks. The simulation is carried out on the basis of lumped elements and one-dimensional waveguide components. AkAbak is especially intended for the investigation and design of loudspeaker systems.
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AVGWLF v.7. 2. 2003
GWLF is considered to be a combined distributed/lumped parameter watershed model.
ABEC2 v.0.9
ABEC2 combines boundary and lumped element methods. Complicated acoustics is calculated with the help of BEM. Simple acoustics, structures and electronics is handled by the LEM.
ABEC v.1.0
ABEC combines boundary and lumped element methods. Complicated acoustics is calculated with the help of BEM. Simple acoustics, structures and electronics is handled by the LEM. ABEC stands for Acoustic Boundary Element Calculator.
AxiDriver-Demo v.1.0
AxiDriver stands for Axis-Symmetric Acoustic Boundary Element Calculator Coupled to the Lumped Element Equivalent Circuit of an Electro-Dynamic-Loudspeaker-Driver.
FastModel v.2 32
FastModel, a powerful editor with 3D visualization capability developed by FastFieldSolvers that will help you prepare your input files for FastHenry / FastCap with much more ease!
PyLith v.1 5
PyLith is a finite element code for the solution of dynamic and quasi-static tectonic deformation problems.
SVCFilterDesign v.2 11
SVCfilter™ is a program designed to expedite the design and analysis of lowpass (and highpass) filters with nearest 5% Standard-Value Components.
Klippel dB-Lab Viewer v.202.5
KLIPPEL provides measurement instruments for designing and manufacturing of loudspeaker and other audio system: Large signal analysis- to find causes limiting acoustical output and generating distortion; Linear, nonlinear and thermal modeling- to de
Klippel SciEngine v.3 5
KLIPPEL provides measurement instruments for designing and manufacturing of loudspeaker and other audio system. KLIPPEL SciEngine is a software that helps you to manage this audio system.
Newtons Law of Cooling v.Model
Study Newton's Law of Cooling with the help of this simulation. Newton's Law of Cooling model computes the temperature of an object of mass M as it is heated by a flame and cooled by the surrounding medium.