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DEFORM V14.0.2
About DEFORM
1. Introduction to DEFORM
1.1. Overview of DEFORM
1.2. Deform Family products
1.3. Capabilities
1.4. Analyzing Manufacturing Process with DEFORM
1.5. Before you Begin
1.6. The Deform System
1.7. Geometry Representation
1.8. Creating Input data
1.9. Units
1.10. Basic File System
1.11. Release Notes
Starting up DEFORM
2. DEFORM Installation
2.1. Installation of DEFORM V14.0.2. in Windows
2.2. Installation of DEFORM V14.0.2. in Unix or Linux
3. License Manager
3. Introduction to License Manager
3.1. Deform License Setup
3.2. License Monitoring
3.3. Services Monitoring
3.4. Trouble Shooting License Issues
4. GUI Main
4. Introduction to GUI Main
4.1. GUI Main layout
Integrated Manufacturing Process Setup
5. Introduction to Integrated Manufacturing Process
6. Integrated Manufacturing Process Layout
6.1. Integrated Manufacturing Process Pre-processor layout
6.2. Integrated Manufacturing Process Simulation layout
6.3. Integrated Manufacturing Process Post-processor layout
6.4. Main Menu
6.5. File Structure
6.6. Operations Management
6.6.1. Connecting Operations
6.6.2. Read from DB concept
6.6.3. Editing Operations
6.6.4. Upgrading Operations
6.6.5. Adding Cycles
Pre Processor
7. Introduction to Pre-Processor
8. Pre Processor Layout
9. Simulation Controls
9.1. Simulation type Settings
9.2. Defining Step
9.3. Stopping Controls
9.4. Remesh Criteria
9.5. Solver Settings
9.6. Process Conditions
9.7. Advanced Options
9.8. Control Files
9.9. Thermomechanical variables
9.10. Output controls
10. Material Data
10.1. Plastic Data
10.1.1. FlowStress
10.1.1.1. Tabular data format
10.1.1.2. Power Law
10.1.1.3. Flow stress for aluminum alloys (Type 1)
10.1.1.4. Flow stress for aluminum alloys (Type 2)
10.1.1.5. Linear hardening
10.1.1.6. Tabular_data_format_2
10.1.1.7. Generalized Johnson and Cook model
10.1.1.8. Zerilli-Armstrong model
10.1.1.9. Norton-Hoff Law model
10.1.1.10. Microstructure Flow stress model based on dislocation density and burgers vector
10.1.1.11. Texture based flow stress model f(strn,strnrt,O,T)
10.1.1.12. User defined Tabular data
10.1.1.13. User defined Tabular data (log)
10.1.1.14. Bird-Mukharjee-Dorn equation
10.1.1.15.User defined flow stress routine
10.1.1.16. Flow stress database
10.1.1.17. Material model data conversion utilities
10.1.2. Creep
10.1.2.1. Perzyna's model
10.1.2.2. Power Law
10.1.2.3. Baily-Norton's model
10.1.2.4. Soderburg's model
10.1.2.5. Tabular data (strain)
10.1.2.6. Tabular data type2 (time)
10.1.2.7. Tabular (Linear)
10.1.2.8. Tabular (Log)
10.1.2.9. Exponential law
10.1.2.10. User Routines
10.1.3. Yield Models
10.1.3.1. Von Mises
10.1.3.2. Hill’s quadratic (FGHLMN)
10.1.3.3. Hill’s quadratic (R)
10.1.3.4. Lankford coefficient (R value)
10.1.3.5. Hill’s Quadratic (polycrystalline plasticity model)
10.1.3.6. User's routine
10.1.5. Hardening rule models
10.2. Elastic Data
10.2.5. Hyperelastic
10.3. Thermal Data
10.4. Diffusion Data
10.6. Grain Data
10.6.1 Avrami Model
10.7. Hardness Data
10.8. Elec_Mag Data
10.9. Transformation Data
10.9.1. Transformation Kinetics Models
10.12. Miscellaneous Data
10.12.1. Fracture Models
11. General Object Data Definition
12. Geometry Modelling
12.1. 2D Geometry Data Defining
12.2. 2D Geometry Data Editing
12.3. 3D Geometry Data Defining
12.4. 3D Geometry data Editing (GEO TOOL)
13. Mesh Generation
13.1. 2D Mesh Generation
13.2. 3D Tet Mesh Generation
13.3. 3D Brick Mesh Generation
14. Boundary Conditions
14.1. Symmetry Boundary Conditions
14.2. Deformation Boundary Conditions
14.3. Thermal Boundary Conditions
14.4. Diffusion Boundary Conditions
14.5. Heating Boundary Conditions
15. Movement Controls Definition
15.1. Speed
15. 2. Force
15.3. Hammer
15.4. Screw press
15.5. Mechanical press
15.6. Hydraulic press
15.7. Sliding Die
15.8. Path
15.9. Rotational Movement
15.10. Torsional movement
15.11. Friction Welding movement
16 Object Properties
16.1. Deformation_Properties
16.2. Thermal Properties
16.3. Reference
16.4. Fracture Properties
16.5. Hardness estimation type
16.6. Heating Properties
16.7. Symmetry Properties
16.8. Body Force
16.9. RSE
16.10. Partial Domain
16.11. User
17. Object Data Initialization
17.1. Node Data Window
17.2. Element Data Window
17.3. Data interploation window
18. Object Manipulation Tools
18.1. Boolean
18.2. Slicing
18.3. Mirror Merge
19. Object Positioning
20. Inter-object Data Definition
20.1. Friction and Contact criteria
20.2. Interface Thermal Data
20.3. Interface Resisitivity
20.4. Tool Wear
20.5. Rigid Contact
21. Database Generation
22. Convert 2D to 3D
Simulator
23. DEFORM Simulator
23.1. Start Stop and Resume Simulations
23.2. Interactive and batch mode
23.3. Simulation Graphics
23.4. Process Monitor
23.5. Setting up MPICH
23.6. Running Shared folder Simulations
23.7. Email notification of the simulation
23.8. Trouble Shooting Simulation Running
Post-Processor
24. Introduction to Post Processor
25. Post Processor Layout
26. Post Processing tools and controls
26.1. File operations in Post-processor
26.2. Handling Viewport and Windows in Post-Processor
26.3. Object Display Controls
26.4. Simulation Step Display Controls
26.5. Post-Processing Options
26.6. Post Processing tools
26.6.1. Object Node
26.6.2. Object Elements
26.6.3. State Variables
26.6.4. SV Value TableÂ
26.6.5. Region of Interest
26.6.6. Summary
26.6.7. Load Stroke
26.6.8. State variables between 2 points
26.6.9. Point tracking
26.6.10. CA Model setup
26.6.11. Coupon Data Extraction
26.6.12. Flownet Tracking
26.6.13. Set User Defined Variable Tracking
26.6.14. Volume Tracking
26.6.15. Mirror Symmetry
26.6.16. Interactive slicing
26.6.17. Data Extraction
26.6.18. CCT Curve
26.6.19. Animation setup
26.6.20 3D Viewer and Setup
26.6.21. Text and Image Annotation
26.6.22. Superimpose
26.6.23. Presentation Editor and Presentation Player
26.6.24. Forming Limit Diagram
27. Introduction to Report Generation
28. Report Generation
28.1. Editing Chapters
Operation Templates
29. Cogging
29.1. Cogging Setup
29.2. Swaging Setup
30. Die Stress
2D Die Stress Analysis Theory
3D Die Stress Analysis Theory
30.1. 2D Die stress setup
30.2. 3D Die stress setup
31. Extrusion
31.1. 3D Extrusion
32. Multi Blow Forging
32.1. 2D Multi Blow Forging setup
32.2. 3D Multi Blow Forging setup
33. Forming
33.1. 2D Forming Setup
33.2. 3D Forming Setup
34. Forming Express
34.1. 2D Forming Express Setup
34.2. 3D Forming Express Setup
35. Heat Transfer
35.1. 2D Heat Transfer Operation
35.2. 3D Heat Transfer Operation
36. Heat Transfer Express
36.1. 2D Heat Transfer Express
36.2. 3D Heat Transfer Express
37. Heat Treatment
37.1. 2D Heat Treatment Wizard
37.2. 3D Heat Treatment Wizard
38. Furnace Heating
39. Cutting
39.1. 2D Cutting
39.2. 3D Turning
39.3. 3D Milling
39.4. 3D Drilling
Setting up 3D Machining Models
40. Machining Distortion
40.1. 2D Machining Distortion
40.2. 3D Machining Distortion
41. Report Generation
41.1. Report Generation
42. Ring Rolling
42.1. Ring Rolling
43. Shape Rolling
43.1. Shape Rolling Manual
44. 2D to 3D Converter
44.1. 2D to 3D Converter
45. Boolean Operation
45.1. Boolean Operator
46_Copy_Mirroring
46.1. Copy Mirroring
47. Add Cycle
48. Spinning
48.1. Spinning
48.2. Flow Forming
49. Die Stress Study
49.1. 2D Die Stress Study
49.2. 3D Die Stress Study
50. 3D Geometry Tool
50.1. 3D Geo Tool
Inverse Heat Wizard
51 Introduction to Inverse Heat
51.1. 2D Inverse Heat Manual
51.2. 3D Inverse Heat Manual
DOE and Optimization
52. DOE Study
52.1. DOE and DOE Output Operation Setup
52.2. DOE Simulation Running and Monitoring
53. Optimization Study
53.1. Optimization Setup
53.2. Optimization Simulation Running and Monitoring
54. DOE Post-Processor
54.1. DOE Post Processor
Applications
Additive Manufacturing Lab
Arc Welding
2D Cartridge case drawing lab
Modelling of CFD Labs
2D Laminar Flow Lab
2D Rayleigh-Benard convection Lab
2D Turbulent Flow Lab
3D Laminar Flow Lab
3D Rayleigh-Benard convection Lab
3D Gas Quenching Lab
Creep
2D Creep
Deformation Texture lab
Diffusion Bonding Lab
Diffusion Bonding Lab
Electro Magnetic Forming
Electro-Magnetic Forming Lab1
Fracture
2D Fracture
2D Fracture Element deactivation Lab
3D Fracture
3D Fracture Element deactivation Lab
Friction Stir Welding
Friction Stir Welding Lab
Induction Heating
Setting up Induction heating in DEFORM
2D Induction Heating Lab 1
2D Induction Heating Lab2
3D Induction Heating Lab1
3D Induction Heating Lab2
3D Induction Heating Lab3
Inertia Welding
2D Inertia Welding
Material Removal
2D Boolean Trimming Lab
Multipass spinning with Quick Evaluation solver lab
Nitiriding Labs
2D Nitriding Lab
2D Nitrocarburizing Lab1
3D Nitriding Lab
3D Nitrocarburizing Lab1
Orbital Forming
3D Orbital Movement
Press Model
3D Press Model Lab
Radiation Analysis Lab
2D Radiation Analysis Lab
Resistance Heating Labs
A Theoretical Background to Resistance Heating
2D Resistance Heating Lab1
Rivet Installation
2D Rivet Lab
Sheet Forming
Sheet Forming in DEFORM 3D
2D Cup Drawing Lab
3D Cup Drawing Lab
Stress Relaxation
Stress Relaxation Lab
Thermal Cycling
2D Thermal Cycling
Thermal Distortion
Thermal Distortion Lab
Tool Wear Labs
2D Tool Wear Lab in MO
3D Tool Wear Lab
Tube Flaring
Tube Flaring Lab
User Routines
56. User Routines in DEFORM
56. 1. Introduction to User Routines
56.2. 2D User Defined FEM Routines
56.3. 3D User Defined FEM Routines
56.4. User-Defined Post-Processing Routines
Data Analytics
57. Introduction to DEFORM Data Analytics
57.1. DEFORM Data Analytics User Interface Overview
57.2. DEFORM Data Analytics Data Table
57.3. DEFORM Data Analytics Data Import and Export
57.4. DEFORM Data Analytics Plotting Data
57.5. DEFORM Data Analytics Expressions
57.6. DEFORM Data Analytics Data Modeling
Appendices
Appendix I : Elementary Concepts in Metal forming and Finite Element  Analysis
Appendix II : Launching the Simulation Engine from a Command Prompt
Appendix III: Running DEFORM in text mode
Appendix IV: Determining 'R' coefficients for anisotropy models
Appendix V: The elasto-plastic model
Appendix VI: Part is deforming but strain does not accumulate
Appendix VII: Checking the Forming loads of a simulation
Appendix VIII: Preventing leakage of nodes in sectioned simulations
Appendix IX: Generating a Circular Geometry With a Hole
Appendix X: Meshing an object with multiple material group
Appendix XI: Near surface mesh functions
Appendix XII: Modelling of Spring Loaded Die Using Force Controlled Objects
Appendix XIII: Fine Points on Using Force Controlled Dies
Appendix XIV: Rotating Workpiece Simulations
Appendix XV: The Double Concave Corner Constraint
Appendix XVI: Adding Gas Trap Calculation to a Simulation
Appendix XVII Data Files
Appendix XVIII How to use Explicit Solver
Appendix XIX Settings for CG solver for 3D simulation
Appendix XX: Coupled Die stress Analysis
Appendix XXI: How to setup Intel Fortran Compiler
Keyword Documentation
Action Keywords
Inter-Material keywords
Inter-Object keywords
Material keywords
Object Data keywords
Simulation Controls keywords
A
ACTOUT (2D3D)
ACVCOF (2D3D)
ALPHA (2D3D)
ANGMOV (2D)
ANGMOV(3D)
ANGMO2 (3D)
ANGMVY (2D)
ANISO (2D3D)
AVGSTR (2D3D)
B
BCCANG (2D3D)
BCCCRB (2D)
BCCCRB (3D)
BCCDEF (2D)
BCCDEF (3D)
BCCDFN (2D)
BCCDFN (3D)
BCCFNC (2D3D)
BCCRHT (2D3D)
BCCTFN (2D3D)
BCCTMP (2D3D)
BLZMAN (2D3D)
BRDEXT (2D3D)
BURGRS (2D3D)
C
CAPARA (2D3D)
CNTACT (2D)
CNTACT (3D)
CNTERR (2D)
CNTMTH (3D)
CNTRA2 (3D)
CNTRAX(3D)
CNTRAX (2D)
CNVCOF (2D3D)
CNVT3D (2D3D)
COARSE (2D3D)
CPYOBJ (2D3D)
CRBFLX (2D3D)
CRDSYS (2D3D)
CREEP (2D3D)
CRPTIM (2D3D)
CSFREQ (2D3D)
CSPMTX (3D)
CURRNT (2D)
CURRNT (3D)
CURSIM (2D3D)
CUSVAR (2D3D)
CVGERR (2D)
CVGERR (3D)
CVNAME (2D3D)
D
DAMAGE (2D)
DAMAGE (3D)
DATOM (2D3D)
DBREAD (2D)
DBREAD (3D)
DEFAMG (2D3D)
DEFBWD (2D3D)
DEFFRZ (2D3D)
DEFINT (2D3D)
DEMAX (2D3D)
DENSTY (2D3D)
DIEEDGÂ (3D)
DIEGEO (2D)
DIEGEO (3D)
DIEPNT (3D)
DIFBND (2D3D)
DIFCOE (2D3D)
DIM (2D3D)
DOESCL (2D3D)
DPLEN (3D)
DRMESH (3D)
DRZ (2D)
DRZ (3D)
DSMAX (2D3D)
DSTROKE (2D3D)
DTMAX (2D3D)
DTPMAX (2D)
DTPMAX (3D)
DTSUB (2D)
DTSUB (3D)
DTTYPE (2D3D)
DVMAX (2D3D)
DVOLF (2D3D)
DYNARY (2D3D)
E
ECAFLX (2D)
ECAFLX (3D)
ECATFN (2D)
ECATFN (3D)
ECCATM (2D)
ECCATM (3D)
ECCDEF (2D)
ECCDEF (3D)
ECCRHT (2D)
ECCRHT (3D)
ECCTMP (2D)
ECCTMP (3D)
ECDEFN (2D)
ECDEFN (3D)
ECHFLX (2D)
ECHFLX (3D)
ECPRES (2D)
ECPRES (3D)
ECRFLX (2D)
ECRFLX (3D)
ECRHFN (2D)
ECRHFN (3D)
ECTMFN (2D)
ECTMFN (3D)
ELMCON (2D)
ELMCON (3D)
ELMNOD (2D3D)
ELPSOL (2D3D)
ELRST (2D3D)
EMAX (2D3D)
EMSVTY (2D3D)
ENVATM (2D3D)
ENVTMP (2D3D)
ERECID (2D3D)
ERECVL (2D3D)
EXECMD (2D3D)
EXPAND (2D3D)
F
FLDGEO (3D)
FLWNET (3D)
FORCE (2D)
FORCE (3D)
FPERV (2D)
FPERV (3D)
FRAE2H (2D3D)
FRCFAC (2D3D)
FRCFAI (3D)
FRCMOD (2D3D)
FRCMTH (2D)
FRCNEL (2D)
FRCNEL (3D)
FRCROT (2D)
FRCSTP (2D)
FRCWIN (2D)
FRCWIN (3D)
FRNNAM (2D3D)
FRQNCY (2D3D)
FRZ (2D)
FRZ (3D)
FSTRES (2D3D)
G
GBENGY (2D3D)
GBMOBI (2D3D)
GENAXS (3D)
GENCTC (2D3D)
GENDB (2D3D)
GENGEO (2D3D)
GENSUB (3D)
GENTDB (2D3D)
GEO23 (2D3D)
GEOERR (2D3D)
GEOPR2
GEOPR3
GEOSEC (2D3D)
GEOTYP (2D)
GFREAD (2D3D)
GRAIN (2D3D)
GRNDAT (2D3D)
GRNMDL (2D3D)
H
HDNEST (2D3D)
HDNOBJ (2D3D)
HDNPHA (2D3D)
HDNRUL (2D3D)
HDNTIM (2D3D)
HEATCP (2D3D)
HITSRC (3D)
HTMTHD (2D3D)
I
IHTCOF (2D)
IHTCOF (3D)
IMPEQP (2D3D)
INICTC (2D3D)
INIGES (2D3D)
INTRST (2D3D)
IPSNRG (2D3D)
ITRMTH (2D3D)
ITRMXD (2D3D)
ITRMXT (2D3D)
J
JOMINY (2D3D)
K
KFREAD (2D3D)
KFWRIT (2D3D)
L
LATENT (2D3D)
LMAX (2D)
LMAX (3D)
LMTSTR (2D3D)
LOCATM (2D3D)
LOCCNT (3D)
LOCDEF (2D)
LOCDEF (3D)
LOCTMP (2D3D)
LTHEAT (2D3D)
M
MASDEN (2D3D)
MATAXI (2D3D)
MATDEN (3D)
MDSOBJ (2D)
MDSOBJ (3D)
MESHNO (2D3D)
MGERR (2D3D)
MGGRID (2D3D)
MGNELM (2D)
MGNELM (3D)
MGSIZM (3D)
MGSIZR (2D3D)
MGTELM (2D3D)
MGUSER (2D)
MGUSER (3D)
MGWCUV (2D3D)
MGWSTN (2D3D)
MGWSTR (2D3D)
MGWTMP (2D3D)
MGWUSR (2D)
MGWUSR (3D)
MORP (2D3D)
MOVCTL (2D)
MOVCTL (3D)
MSHSEC (2D3D)
MSTMTR (2D3D)
MTLGRP (2D3D)
MTNAME (2D3D)
N
NDFLUX (2D3D)
NDHEAT (2D3D)
NDISFM (2D3D)
NDTMP (2D)
NDTMP (3D)
NRECID (2D3D)
NRECVL (2D3D)
NSTART (2D3D)
NSTEP (2D3D)
NUCSIZ (2D3D)
NWEAR (2D3D)
O
OBJNAM (2D3D)
OBJPOS (2D)
OBJPOS (3D)
OBJSTP (2D)
OBJSTP (3D)
OBJTYP (2D)
OBJTYP (3D)
OBJUPD (3D)
ODMAX (3D)
OPRNAM (2D3D)
OPSTOP (2D3D)
OSCTRL (2D)
OTPRNG (2D3D)
P
PDIE (2D3D)
PENINF (2D3D)
PENVOL (2D)
PENVOL (3D)
PHASLH (2D3D)
PHASTF (2D3D)
PHASVL (2D3D)
PHEQVF (2D3D)
PMEAB (2D3D)
PMITT (2D3D)
POISON (2D3D)
POLYTP (3D)
PROBID (2D3D)
PRSNAM (2D3D)
PRSTRE (2D3D)
PRZ (2D)
PRZ (3D)
R
RECVRY (2D3D)
REFPOS (2D)
REFPOS (3D)
REFTMP (2D3D)
REMESH (2D3D)
RGDCNT (2D3D)
RHTFLX (2D3D)
RMDPTH (2D3D)
RMSTEP (2D3D)
RMSTRK (2D3D)
RMTIME (2D3D)
ROTSYM (3D)
RSEDEF (3D)
RUNTYP (2D3D)
RZ (2D)
RZ (3D)
S
SEPDEN (2D)
SEPRES (2D3D)
SIMNAM (2D3D)
SINTER (2D3D)
SIZEMD (2D3D)
SIZESH (2D3D)
SLDERR (2D3D)
SMAX (2D3D)
SMODE (2D3D)
SOLMTD (2D)
SOLMTD (3D)
SOLMTT (2D)
SOLMTT (3D)
SPDLMT (2D3D)
STNCMP (2D)
STNCMP (3D)
STNOUT (2D3D)
STNPAT (2D3D)
STPDEF (2D3D)
STPINC (2D3D)
STRAIN (2D)
STRAIN (3D)
STRESS (2D)
STRESS (3D)
STROKE (2D)
STROKE (3D)
STYPE (2D)
STYPE (3D)
SVSCAL (2D3D)
SYMSUF (3D)
T
TCYCLE (2D3D)
THRCND (2D3D)
TICF (2D3D)
TIMEID (2D3D)
TIMERC (2D3D)
TINTGF (2D3D)
TITLE (2D3D)
TLOC (2D3D)
TMAX (2D3D)
TMPBWD (2D3D)
TMPLIQ (2D3D)
TMPLMT (2D3D)
TMPSOL (2D3D)
TNOW (2D3D)
TPLOGY (2D)
TRANS (2D3D)
TRGVOL (2D)
TRGVOL (3D)
TRNSFP (2D3D)
TTTD (2D3D)
TTTN (2D3D)
TXTODF (2D3D)
TXTURE (2D3D)
U
UENAME (2D3D)
UNIT (2D3D)
UNNAME (2D3D)
UNTE2H (2D3D)
URZ (2D)
URZ (3D)
USRDEF (2D3D)
USRELM (2D3D)
USRNOD (2D3D)
USRSUB (2D3D)
UTSDAT (2D3D)
V
VARSEL (2D3D)
VFACTR (2D)
VFACTR (3D)
VMIN (2D3D)
VOLCRG (2D3D)
VOLFC (2D3D)
VOLFS (2D3D)
VOTAGE (2D3D)
W
WINATM (2D)
WINATM (3D)
WININD (3D)
WINPRS (2D)
WINPRS (3D)
WINRSE (2D3D)
WINSTP (2D)
WINSTP (3D)
WINTMP (2D)
WINTMP (3D)
WMODEL (2D3D)
WPAXIS (2D)
WPAXIS (3D)
WRTOBJ (2D3D)
Y
YLDS (2D)
YLDS (3D)
YOUNG (2D3D)
Z
ZEFI (2D3D)
ZMFI (2D3D)
ZSTR (2D)
Technical Notes
Labs
Quick Reference
Cold Forming
Hot Forming
Add Cycles Labs
Add Cycles for 2D Operation
Add Cycles for 3D Operations
Advanced Labs in MO
Gear Blank
Gear Blank (EN)
Gear Blank EN Lab 1
Gear Blank EN Lab 2
Gear Blank EN Lab 3
Gear Blank EN Lab 4
Gear Blank EN Lab 5
Gear Blank EN Lab 6
Gear Blank EN Lab 7
Gear Blank EN Lab 8
Gear Blank EN Lab 9
Gear Blank EN Lab 10
Gear Blank EN Lab 11
Gear Blank EN Lab 12
Gear Blank (SI)
Gear Blank SI Lab 1
Gear Blank SI Lab 2
Gear Blank SI Lab 3
Gear Blank SI Lab 4
Gear Blank SI Lab 5
Gear Blank SI Lab 6
Gear Blank SI Lab 7
Gear Blank SI Lab 8
Gear Blank SI Lab 9
Gear Blank SI Lab 10
Gear Blank SI Lab 11
Gear Blank SI Lab 12
Gear_Labs
Forming Express Gear Labs
Forming Express Lab1
Forming Express Lab2
Forming Express Lab3
Forming Express Lab4
Forming Express Lab5
Forming Express Lab6
Forming Express Lab7
Forming Express Lab8
Forming Express Lab9
Forming Express Lab10
Forming Express Lab11
Forming Gear Labs
Forming Lab 1
Forming Lab 2
Forming Lab 3
Forming Lab 4
Forming Lab 5
Forming Lab 6
Forming Lab 7
Forming Lab 8
Forming Lab 9
Forming Lab 10
Forming Lab 11
Basic Labs
2D Labs
Lab 01 Geometry Manipulation and Uniform mesh
Lab 02 Geometry Correction
Lab 03 Spike Isothermal
Lab 04 Heat Transfer
Lab 05 Spike Non-Isothermal
Lab 06 Die Stress
Lab 07 Mechanical Press
Lab 08 Hammer Press
Lab 09 Hammer Multiple Operation
Lab 10 Hydraulic press
Lab 11 Screw press
Lab 12 Die Stress with Holder
Lab 13 Die Stress with Shrink Fit
Lab 14 Sliding die lab - Die Sleeve
Lab 15 Sliding die lab - Punch Sleeve
Lab 25 Stub Shaft Labs
Lab 16 Forming of a Roller Bearing race using a Porous material
3D Labs
Lab01 Block Forging
Lab02 Square Ring
Lab03 Spike Forging
Lab04 Steering Link
Lab05 Stub Shaft Labs
Lab06 Hot Forming Labs
Lab07 Gear Carrier Lab
Boolean Operation Labs
2D Boolean Operation Lab
Cogging Labs
Cogging Lab1
Swaging Lab1
Die Stess Study Labs
2D Die Stress Study with Single step
2D Die Stress Study with Multiple Steps
3D Die stress Study with Single step Lab1
3D Die stress study with Shrink Fit Lab
3D Die Stress study with Multiple steps
DOE Labs
2D DOE Lab1
Extrusion Labs
ALE Extrusion Lab1
Lagrangian Extrusion Lab1
Steady State Extrusion Lab1
Forming Express Labs
2D Cold Forming Lab1
2D Gear-Mech Press Lab
3D Cold Forming Lab
3D Gear-Mech Press Lab
3D Hot Forming Lab
3D Tee Non Isothermal Forging Lab
Forming Labs
2D Forming Operation in Guided Mode Lab
2D Forming Operation in Expert mode Lab
3D Forming Operation in Guided mode Lab
3D Forming Operation in Expert mode Lab
Furnace Heating Labs
3D Heat Treatment Furnace Lab
Heat Transfer Operation Labs
2D Heat Transfer Operations Lab
3D Heat Transfer operation Lab
Heat Treatment Labs
2D HT Lab 1 Heating
2D HT Lab 2 Carburization
2D HT Lab 3 Diffusion
2D HT Lab 4 Quenching
2D HT Lab 5 Material Input
2D HT Lab 6 Grain Modeling
2D Heat Treatment Wizard Lab1
2D Heat Treatment Wizard Lab2
3D Heat Treatment Wizard Lab
Inverse Heat Labs
2D Inverse Heat Lab1
2D Inverse Heat Lab2
3D Inverse Heat Lab1
Machining Distortion Labs
2D Machining Distortion Lab1
3D Machining Distortion Lab1
Machining Labs
2D Cutting Lab
2D Steady State Machining Lab
3D Cutting Lab1
3D Cutting Lab2
3D Drilling Lab
Material Suite Labs
Deformation Texture Model Lab
Material Suite Labs for Cellular Automata (CA) model
MEDC Model Lab
RVE Lab1
RVE Lab2
SIESTA Lab
Material_Parameters_Fitting_labs
Flow Stress Fitting Lab
JMAK Parameters Fitting Lab
TTT Calculation Lab
Multiple Blow Forging Labs
2D Multi Blow Forging Lab1
3D Multi Blow Forging Lab1
Report Generation Lab
Report Generation Lab in MO
Ring Rolling Labs
Ring Rolling Lab1
Ring Rolling Lab2
Ring Rolling Lab3
Ring Rolling Lab4
Shape Rolling Labs
ALE Shape Rolling Lab1
ALE Shape Rolling Lab2
ALE Shape Rolling Lab3
ALE Shape Rolling Lab4
Shape Rolling Lab1
Shape Rolling Lab2
Shape Rolling Lab3
Shot Peening Lab
Shot Peening Lab1
Spinning Labs
Flow Forming Lab
Spinning Lab
Tube Piercing Lab1
Tool Life Study
Tool Life Study Lab1
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DEFORM V14.0.2 Manual
Boolean Operation Labs
2D Boolean Operation Lab