MTT3D 글 편집

RecurDyn/MTT3D (Media Transport Toolkit 3D) helps you efficiently create and simulate a sophisticated model of flexible media being transported by a mechanical system in a 3D environment. This toolkit can be effectively used for models whose 3D behavior is considered important and for analysis of flexible bodies.

Features

• Automated modeling functions for Sheet, Roller and Guide:

• Fast and accurate solver specialized for 3D media transportation system
• Shell element Sheet specialized for MTT3D
• Material characteristics for the flexible sheet (isotropic and orthotropic)
• Modeling of the folding sheet with initial curl
• Automatic contact definition among Sheet, Roller and Guide
• Friction characteristics
• Guide creation from 3D CAD geometry
• Various sensors (Distance, Speed, Event (On/Off), Tension)
• Air resistance force and static electricity can be modeled using Nodal force
• Special parametric values provide access to important design parameters
• Contour plot for the displacement, stress, strain of the sheet (can be exported)
• Automatic generation of relevant outputs for a sheet feeding system

Easy MTT3D Generation Using RecurDyn/MTT3D

Benefits

• Simulate the 3D movement of a sheet through a media path easily.
• Applications include devices such as a printer, copier, fax, or other sheet and film feeding products.
• Analyze the behavior of the flexible media with the large deformation.
  
• Analyze the cause of the malfunctions such as jamming
• Use various sets of the basic properties of the media
  • Basis weight (or mass), size, bending property, etc.
• Predict the dynamic torque applied to the system
• Evaluation of the different characteristics of the sheet due to temperature and humidity extremes
  • Frictional properties (Sheet-Sheet, Sheet-Roller, Sheet-Guide)
  • electrical properties (Nodal force can be used)
• Various operating conditions of the complex system can be evaluated 
  • Different rotating speeds of the driving rollers and the driven rollers
  • Roller control with timing diagram (On/Off, acceleration/deceleration)

• Office equipment such as a printer, copier and fax machine
• ATM, Bill counter