PIAS is modular, you can customize the software to the needs of your project. Additional modules can be supplied instantly as required.
Define hull form and main information.
Definition of bulkheads, decks and compartments.
Design and fair hull form.
Hull form transformation
Probabilistic damage stability
Inclining test or light weight check report.
Create loading conditions and calculate intact, damage stability and longitudinal strength
Calculation of hydrostatics, tables and diagrams
Maximum allowable anchor handling chain forces
Computes pressures, forces, moments etc. during longitudinal launching
Calculation of grain heeling moments according to Grain Code.
Probabilistic computation of oil outflow with MARPOL.
Registration and processing of inclinometer
Calculate tank particulars including effects of heel and trim.
Minimum freeboard calculation according to ICLL.
Calculation of netto and gross tonnage from seagoing vessels.
Resistance predictions can be made for different ship types with nine published empirical methods.
Properties can be computed from propellers of empirical propeller series like B- or Ka-series.
Prediction of ship motions in frequency domain, by an empirical estimation method and a strip theory calculation