*DDMZ
This option allows elements to float in the Z direction during the mechanical simulation. This enables the modeling of direct processes (e.g. LENS and Electron Beam or Laser Direct Energy Deposition) using the multi-scale modeling approach.
- What's new
- Netfabb Help
- Netfabb Lua API reference
- Advanced Toolpath Utility Help
- Simulation Utility Help
- Local Simulation Help
- About Autodesk Netfabb Local Simulation
- Command-line execution (Linux or Windows)
- Clic v3 execution options
- PRM File Generation Execution
- Input Files
- Output Files
- Keyword Listing
- System Checks
- Input/Output
- Analysis Control
- Element Activation Strategies
- *ADAP: Adaptivity Generations
- *ADPM: Switch for Moving Element Coarsening/Refining Within Layer
- *ADP1: Adaptive Refinement Control Parameters
- *ADP2: Adaptive Relaxation Control Parameters
- *ADP3: Adaptive Option to Define Element to be Refined
- *DDM!: Automated Activation by Layer Using Hybrid Inactive/Quiet Method
- *DDM1: Parameter Definition for DDM Methods
- *DDMC: Option to Define Clamp in Conjunction with *DDM!
- *DDMM: Option to Define Mat ID for Quiet or Powder Elements
- *DDMP: Switch for Powder-Bed Modeling During Moving-Source Modeling
- *DDMZ: Z Direction Element Floating
- 6-Axis DED Simulations
- *NBBX: No Bounding Box Change
- *SUB2: SUBstrate Force 2 Element per Thickness
- *SYMM: Symmetry Plane Definition for Adaptive Analysis
- *SYM2: Symmetry for Non-Aligned Planes
- *ZCOA: z-coarsening
- Part-Level Powder-Bed Modeling
- Material Property Definition
- Boundary Conditions
- Additional Options
- Support Structure Modeling
- Heat Treatment Modeling
- Post Process Tools
- Simulation Examples
- Common Errors and Warnings
- Units of measure
- Release notes
- Netfabb Installation Supplement
- Local Simulation Installation Supplement