|
Product |
Application program for calculation of |
|
CylGear
|
Cylindrical spur or helical involute gears. The application is provided
with topics for the calculation of gear boundary lines, of gear geometry, gear measurement values: normal chordal tooth
thickness, base tangent length, and diametral dimension over pins or balls. Calculation of tooth - and reaction forces in
supports. Calculation of the dynamic model and resonance speed. Calculation of the load capacity according the standard
ISO 6336. The dimensioning problem and the verification calculation of a
planetary gear train are part of the application.
|
|
BevGear
|
Bevel Gears. Calculation of geometry according standard ISO 23509, dimensions for measurement of the gear,
tooth - and reaction forces in the supports, load capacity according the standard ISO 10300. Supported gear designs
are: straight metric or Gleason gear system, skew bevel, spiral Gleason metric or inch system, spiral Klingelnberg,
hypoid Gleason and Klingelnberg system.
|
|
WormGear
|
Cylindrical Worm Gear Pairs. Calculation of geometry, backlash and dimensions for gear measurement, tooth - and support forces,
estimation of gear efficiency, load capacity according the textbook Maschinelemente Band III Niemann-Winter.
|
|
CShaft
|
Cylindrical shafts. Calculation of reaction forces in the supports, table with bending and torsional moments,
bending and torsion diagram. Calculation of static and dynamic stresses, lateral deflections and twist angle.
Stress concentrations in sections with change of cross section are taken into account. Module for the dimensioning problem,
the ideal profile is determined for a given load list. Determination of the critical speed.
|
|
HeliSpring
|
Cylindrical helical tension -, compression - and torsion springs. Calculation according to standard DIN EN 13906-1,2,3.
Graphical representation of the spring diagram, Goodman- and buckling diagrams.
Both the dimensioning and verification calculation are supported by the application.
|
|
ChainWheel
|
Roller chain transmissions. Supported are the dimensioning problem with roller chain selection, verification calculation,
calculation of geometry for wheels and the load capacity of the roller chain transmission.
|
|
SynchroBelt
|
Timing belt transmissions. Supported are the dimensioning problem with belt selection, calculation of wheels
geometry and the load capacity of timing belt transmission.
|
|
ShaftHubLock
|
Shaft hub connections. Connections as split hub connections, press - and shrink fits, cone connections,
flat - and taper key connections, splined connections, locking assemblies and pincer ring connection.
|
|
Section
|
Section properties. Properties of circular and rectangular cross sections, composite sections by polygon method,
composite sections by component parts method and composite sections by rectangle method.
|
|
Beam
|
Straight beams. The beam is a standard profile or a construction of welded plates. The beam can have a lengthwise invariable or
variable cross section. The application supports also standard steel profiles and manages profile lists.
No detailed drawing is required, a sketch with elementary dimensions will be fine to perform an dimensioning
or verification calculation.
|
|
TandKoppeling
|
Gear Couplings. The strength calculation problem is supported.
|
|
FitTol
|
Fits and tolerances. Supported are the choice of a fit and calculation of the clearance or interference.
|
|
PartStrength
|
Calculation of static and dynamic strength in a cross section of a machine part according text book
Maschinenelemente Band 1 Niemann-Winter-Höhn 4th Edition 2005. The strength calculation method has been
developed by Prof. Höhn at the TU Munich.
|