QForm UK 12.0 - Help

- -

Assembled tool

Shrink fitting/ Fitting with clearance

Shrink fitting/ Fitting with clearance

- * -

- 2 -

- A -

Abrasive tool wear

Animations and images

Animations recording

- B -

Boundary conditions

	Boundary conditions
	Sprayers and groups of sprayers
	Thermal effects during plastic strain

- C -

Calculation fields

Chain of 2D-3D operations

Characteristic time

	Predicting hardness and strength
	Forecasting operational properties

Clipping surface

Contact pressure

Cooling on tool

coupled deformation

Cross cut plane

	Results overview
	Section planes creation

cutting Contour

Cyclic tool heating

- D -

	Database
	Database
	Equipment
	Lubricants
	Friction between tools
	Deformed materials
	Tool materials
	Environments
	Simulation parameters templates

Database of Environment

Database of Equipment

Database of friction conditions between tools

Database of simulation parameters

Deformed materials Database

Displaying objects

Distance between tools

- E -

Elastic-plastic problem

Electric upsetting

	One action 3D forging (Fork)
	Results output (Fork)
	Hot forging 2D+3D in 3 steps (QExample)
	Tool simulation (QExample)

Examples of subroutines

Explicit method

	Simulation parameters
	Solving non-linear problems

Export

- F -

Field visualization

	Hot forging 2D+3D in 3 steps (QExample)
	Geometry

	Deformed materials
	Processor user subroutines

Forging manipulator

	Boundary conditions
	Blows

Friction subroutines

- G -

	Geometry preparation
	Geometry

Geometry correction

Geometry examples

Geometry import

	Geometry preparation
	Basics of work. Preparing geometric models
	Basics of work. Preparing geometric models

Geometry improvement

Geometry load

Geometry preparation

	Results output (Fork)
	Graphs output

Graphs plotting

- H -

	Predicting hardness and strength
	Forecasting operational properties

	License management
	License management

Heat rate (heat flux)

Heat treatment module

Hot forging in 3D

- I -

Images creation

Implicit method

	Simulation parameters
	Solving non-linear problems

Inherit geometry

	Initial data preparation
	Initial data settings
	Boundary conditions

Initial data panel

- L -

License file formats

	Project simulation
	Tracking points and lines

	User subroutines
	Postprocessing user subroutines
	Processor user subroutines
	Examples of user subroutines

Lubricants Database

	Lubricants
	Thermal effects during plastic strain

- M -

	Main menu
	Geometry

Maximum strain increment

Maximum time step

Mechanical drive

Mesh generation

Microstructure evolution

Minimum distance to surface

- N -

- O -

	Project
	Positioning of geometric objects

- P -

Parametric geometry

PC requirements

Phase transformation

	Workpiece parameters
	Setting properties of phase transformations
	Specifying phase transformations

	Project simulation
	Tracking points and lines

Positioning mode

	Project simulation
	Postprocessing user subroutines

Powder material

	Geometry preparation
	Advanced import options

processor subroutine

Program functions

Program installation

Program interface

Program's computational core

Project data structure

Project preparation

Punching a hole

- Q -

	Geometry preparation
	Preparing 2D geometry
	QDraft editor Interface

	Geometry preparation
	QShape: preparing 3D geometry
	Types of models and objects in QShape
	Basics of work. Preparing geometric models
	Basics of work. Preparing geometric models
	Improvement of geometry and correction of defects

- R -

Reducer rolling

Reference information

Reproducibility mode

	Output fields
	Section planes creation
	Graphs output
	Measurements
	Animations and images
	Tracking points and lines

Results view window

Results viewing window

	Geometry
	Hotkeys

Ring rolling

Computational mesh

General information

Geometric adaptation

Geometrical mesh

Geometry requirements

Horizontal stabilization

Initial data preparation

Initial geometry

Ring rolling curve

Simulation parameters

Simulation step multiplier

Ring rolling mills

- S -

Set of geometric elements

Shrink fit / clearance fit

Simulation control

start and stop simulation

Simulation control panel

simulation management

start tool simulation

Simulation message log

Simulation parameters

Simulation results

	Output fields
	Section planes creation
	Graphs output
	Measurements
	Animations and images
	Tracking points and lines

Simulation stages

Simulation start

Simulation state

Simulation step

Simulation stop

Software capabilities

Solution algorithm

Solve all blows

Sprayer cooling

Standard subroutines

	Lubricants
	Solving non-linear problems

Stop conditions

Subroutine debugging

	Subroutines
	User subroutines
	Postprocessing user subroutines
	Processor user subroutines
	Examples of user subroutines

System of equations

System of units

- T -

Technical support

Technological chain

	Project
	Positioning of geometric objects

Technological operation

The clipping surface in the sheet forming

Thermoelasticity

Thermoelastic-plastic problem

Tool adaptation

Tool materials Database

Tool parameters

coupled deformation

heat transfer to workpiece

spring loaded tool

Tool parameters of

Tool simulation

	Project simulation
	Tool simulation (QExample)

	Toolbar
	Mesh preparation for free-form sheet workpieces

Tracking lines and points

Types of Geometric Models

- U -

Undersurface flow lines

User subroutines

- V -

	Results overview
	Results output (Fork)
	Playback bar

Volume constancy

- W -

Work with operation

	Project
	Positioning of geometric objects

Workpiece parameters

Writing results