|
|
Non UK CustomersPurchases for customers outside United Kingdom All prices excludes VAT *Please note that the delivery address must be outside of the United Kingdom to be VAT exemptHullscant Rudder (requires HullScant)DescriptionHullScant Rudder is an additional module within HullScant, which calculates the structural properties of a vessel’s spade rudder and compares this with the requirements set out in the ISO standard 12215, Part 8. The module uses the boat definition from HullScant. ShipmotionsDescriptionShipmotions predicts regular wave responses and statistical information from an initial hull geometry. The motion can be calculated with five degrees of freedom: heave, sway, roll, yaw and pitch. GoPlotDescriptionGoPlot is a graph plotting program to produce high quality data plots based on the concept of drawing axes and data on scaled squared graph paper. HullScantDescriptionHullScant is used to evaluate the scantlings for motor and sailing vessels under 24 metres. The program calculates the actual scantling structural properties of a vessel and can compare this with the requirements set out in the ISO standard 12215, Part 5 which deals with pressures and scantling equations for fibre reinforced plastic, metal and wood monohull boats. HST Loading (requires HST)DescriptionHST Loading is an additional module to HST, the Wolfson Unit’s hydrostatics, stability and tank capacity program. HST Loading calculates weights and centres, loading conditions, longitudinal strength, maximum KG and intact stability criteria and inclining experiment data. The module uses the hull definition directly from HST. HST Damage (requires HST)DescriptionHST Damage is an additional module to HST, the Wolfson Unit’s hydrostatics, stability and tank capacity program. HST Damage calculates damage stability, damage maximum KG and floodable lengths. The module uses the hull definition directly from HST. HSTDescriptionHST is the Wolfson Unit’s Hydrostatics, Stability and Tank Capacities Program allowing both the definition of hull geometry and also the calculation of the standard hydrostatic and stability parameters of a vessel as well as tank capacity data. LyDamsDescriptionLyDams is a real time failure prevention software which enables the user to acquire, monitor, analyse, store and retrieve data obtained from onboard sensors. Examples are hull and rig loads ,motions, vibrations and engine data. HST OnboardDescriptionHST Onboard is a stand-alone program designed for use by bridge personnel in order to compute vessel-specific sailing state, stability and longitudinal strength information in any loaded condition. Propeller Design ProgramDescriptionThe Propeller Design Program computes propeller performance, using various design and off-design methods, from standard Gawn and Wageningen B-series propeller charts or propeller data input by user. Power Prediction ProgramDescriptionThe Power Prediction program calculates the powering requirements of vessels covering a large range of hull forms from merchant ships to planing vessels, using a variety of analytical and regression methods. Power Prediction and Propeller DesignDescriptionThe Power Prediction program calculates the powering requirements of vessels covering a large range of hull forms from merchant ships to planing vessels, using a variety of analytical and regression methods. |
