MULDIF is a linear, three-dimensional, frequency domain radiation/difraction program, developed for the analysis of the hydrodynamic interac-tion of waves and current with large volume structures. MULDIF is applicable to multi-ple bodies in both infinite and finite water depth.

A new numerical potential theory code for industry applications (MULDIF) has been recently developed, where the hydrodynamic interaction between waves and current of arbitrary direction with large volume structures is consistently included.

In this paper, a benchmark study is carried out for three programs, MULDIF, WADAM and WASIM, with the focus on their capability on handling the wave-current interaction problem. A...

In this paper, a benchmark study is carried out for three programs, MULDIF, WADAM and WASIM, with the focus on their capability on handling the wave-current interaction problem. A semi-submersible model Troll B and a tanker model KVLCC2 are used for this study.

In this paper, a benchmark study is carried out for three programs, MULDIF, WADAM and WASIM, with the focus on their capability on handling the wave-current interaction problem. A...

MULDIF is a linear, three‐dimensi onal, frequency domain radiaon/diffracon program, developed for the analysis of the h ydrodynamic interac‐on of waves and current with large volume structures. MULDIF is applicable to mul‐ple bodies in both infinite and finite water depth.

os_muldif.pdf related to the functions which analyze linear ordinary differential equations with polynomial coefficients. The explanation of the functions without a short explanation starting with ”::” is not yet translated. The number at the head of the name of a function coincides with the one in os_muldif.pdf. The number

At present, features of MULDIF-2 include: - 1st-order general potenti al-fl ow hydrodynamic analysis in waves, with drift forces computed by Newman’s approxi-mati on - wave-current interacti on with arbitrary angles between MULDIF-2: multipurpose hydrodynamic analysis tool >> Chief Scientist Carl Trygve Stansberg

Aug 3, 2020 · The time domain equations of motion combine linear radiation, linear diffraction and second order wave drift forces, based on MULDIF diffraction code, with nonlinear forces from quadratic damping...

Oct 18, 2016 · A new numerical potential theory code for industry applications (MULDIF) has been recently developed, where the hydrodynamic interaction between waves and current of arbitrary direction with large volume structures is consistently included.