New Functions

• New user interface; SIMKOR is now called ADVISIM3D
• Simulation results can be printed as a report
• Overlay menus for controlling a 3D scene and for the color scale are now draggable and always visible
• Nozzle revision: Nozzles are automatically updated when the application is started

Improvements

• Spray pattern simulation "on top" of spray balls and surge cleaners is now even more realistic
• Conversion of a model part into nozzle possible

Fixed Bugs

• Color scale cannot be saved as legend to a screenshot

Painful is the temporary abandonment of the simulation of the cleaning effect, in which we have already invested enormous development efforts. But not everything that is desirable is also possible and useful, so we have extended this function for the time being in response to feedback from our test users. The prediction of the cleaning effect is so complex that the simulation would not yet provide realistic results.

New Functions

• Simulation of spate cleaners is supported
• Changes on the color scale can now be reset and restored

Improvements

• Slight design alterations, e.g. new icon
• Spray pattern simulation of spray balls optimized

Fixed Bugs

• Flow rate application for spray balls does not scale correctly with the total flow rate
• Reference distance for simulation is not saved

New Functions

• The set minimum and maximum of the color scales are saved in the project file

Improvements

• Changing the nozzle type is possible via the context menu
• In the nozzle selection dialog, all nozzles from the cache are displayed by default
• z-axis of the model can be set as "top-direction"

Fixed Bugs

• Maximum of the color scale is not saved at the first switching

New Functions

• Blocking of the currently opened project file, it can not be opened by other programs
• Simulations can be continued

Improvements

• Performance beim Einfügen von Düsen wurde optimiert
• Current program version is displayed in the help window

Fixed Bugs

• After switching the top direction, the view jumps

New Functions

• Models can be moved linearly to simulate a conveyor belt

Improvements

• Displayed error messages were checked for comprehensibility and adapted
• Simulation component was further optimized
• Further progress in performance enhancement

Fixed Bugs

• Drillings around the connection of a spray ball are ignored
• Spray patterns are distorted on straight edges
• Spray nozzles show incorrect liquid distribution at edges

New Functions

• Nozzle database as a cloud service ensures high availability and flexibility
• New license management system supports the Concurrent licensing system

Improvements

• Simulation component has been optimized

Fixed Bugs

• Minor errors in the user interface, as well as in the help option to be reached in the software
• Older SIMKOR projects with tank cleaners are not updated correctly

New Functions

• SIMKOR simulates the removed layer thickness in relation to a standard contamination (µm)
• SIMKOR simulates the amount of cleaning agent applied as direct volume application including footprint (l/cm²)
• Realistic spray patterns reflect the pressure setting of a nozzle
• Pressure of a nozzle is adjustable

Improvements

• Tanks are completely displayed up to a sight of 30 m
• Extension of the nozzle database with additional tank cleaners (After the model of the manufacturer Hake and Lechler)
• Adjustment of the default values ​​at the start of the simulation to the nozzles used
• Minimum of the color scale after the simulation is 10% of the maximum

Fixed Bugs

• Applied filter criteria do not match displayed filter criteria
• Correction of the rotational speed of Lecher-rotationally cleaner

New Features

• Intersections are displayed
• After stopping the simulation calculation, the previously calculated simulation steps are displayed in the results view

Improvements

• Value setting ​​via scrolling or rotating field (spinner) in the property area is applied directly to the positioning of the nozzles
• Specification of the minimum and maximum values ​​of the color scale has been extended
• Significant increase in performance
• Tabs in the specification tree are fixed

Fixed Bugs

• Minimum value of the simulation was displayed incorrectly
• STEP files on network drives could not be opened via SIMKOR

New Features

• y and z axes of the model can be set as the "top direction"
• Nozzles in the STEP-file can be converted into SIMKOR nozzles
• Model parts can be explicitly hidden for the simulation
• Detergent consumption is displayed for the entire simulation process as well as for individual nozzles in the result view

Improvements

• Adaption of the installer to the region Austria

Fixed Bugs

• Full jet nozzles radiate through other nozzles
• Minor bugs related to undo redo and STEP import

New Features

• Round jet nozzles are now available in SIMKOR
• Own camera views can be created and saved
• Older project files update themselves automatically

Improvements

• Extensive design customization of the area properties allows faster nozzle configuration, section planes, simulation parameters
• Design customization of the nozzles and spray patterns stand out more clearly
• Preset time values ​​simplify the simulation

Marketing-relevant adaptations within the framework of the industry and consumer trade fair Drinktec in Munich

New Features

• New and innovative HELIX cleaner from the IVV has been implemented into SIMKOR
• Re-design of the entire SIMKOR surface
• Context menu for nozzles and section planes

Improvements

• Simulated mode for the simulated cleaning effect has been refined
• Performance improvement of the 3D scene as well as simulation
• Triangulation has been improved so that the simulation result is better resolved
• Redesign of the structure tree for greater clarity
• Extension of the nozzle insert dialog for search criteria
• Static nozzles now use the size specified in the database instead of a fixed size

New Features

• Nozzles can be moved in time in the view of the simulation result
• Tank cleaners also rotate outside the center
• Ability to highlight a selected nozzle by spraying images
• Any selection of simulating modes