Automated Fiber Placement Options
The Automated Fiber Placement process provides the following options:
Layup Tool Cost Override
By default, hard tooling cost is calculated based on the following:
• Tool material cost (looked up by the current tool material in the
Layup Tool Cost Per Area column of the tool shop
Tool Materials table--see
Layup Tool Material),
• Tool shop variable Region Multiplier.
With this setup option, users can override the default on a per-part basis and specify the tool cost explicitly. See also
Tooling for Composites.
Layup Tool Material
By default, tool material is specified by the tool shop variable Default Tool Material Name. Users can override the default on a per-part basis with this setup option. The following options are available:
• Aluminum
• Invar
• Steel
The options are taken from the tool shop Tool Materials table for this process.
This value drives tool cost—see
Tooling for Composites.
Automated Fiber Placement Machine Programming Cost
By default, cost to program the layup machine is specified by the cost model variable defaultAFPProgrammingCost (0 in starting point VPEs). Users can override the default on a per-part basis with this setup option.
This value contributes to capital investment. See
Automated Fiber Placement Process.
Number of Operators
By default, the number of operators is specified by the machine property
Number of Operators. With this setup option, users can override the default on a per-part basis. Number of operators drives labor-dependent process time—see
Automated Fiber Placement Process.
Number of Active Spools
This is the number of active spools. By default, it is determined based on machine properties and the material width of that ply (among all the part’s plies) that has the largest value for the material property
Material Width. For more information, see
Number of Spools in
Ply Placing Operation for Automated Fiber Placement. Users can override the default with this setup option.
This value drives layup rate as well as the number of course changes, both of which drive layup time. See
Ply Placing Operation for Automated Fiber Placement.
Part Rough Mass
By default, the part rough mass is assumed to be the same as the finish mass—the sum of the ply masses (excluding holes) and core masses (if any). If secondary machining will remove significant mass for a particular part, you can specify the mass prior to removal with this setup option. This can increase the accuracy of handling time estimations for machining.