WONDY V: A one-dimensional finite-difference wave-propagation code. WONDY V solves the finite difference analogs to the Lagrangian equations of motion in one spatial dimension (planar, cylindrical, or spherical). Simulations of explosive detonation, energy deposition, plate impact, and dynamic fracture are possible, using a variety of existing material models. In addition, WONDY proves to be a powerful tool in the evaluation of new constitutive models. A preprocessor is available to allocate storage arrays commensurate with problem size, and automatic rezoning may be employed to improve resolution. A description of the equations solved, available material models, operating instructions, and sample problems are given.
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References in zbMATH (referenced in 8 articles )
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