front bump(2)
DESCRIPTION
analysis resultTRANSCRIPT
Project
ProjectFirst SavedThursday, July 2, 2015
Last SavedThursday, July 2, 2015
Product Version14.0 Release
Save Project Before SolutionNo
Save Project After SolutionNo
Contents Units Model (F4) Geometry Parts Coordinate Systems Connections Contacts Contact Regions Mesh Named Selections Static Structural (F5) Analysis Settings Loads Solution (F6) Solution Information Results Material Data AISI 4340UnitsTABLE 1Unit SystemMetric (m, kg, N, s, V, A) Degrees rad/s Celsius
AngleDegrees
Rotational Velocityrad/s
TemperatureCelsius
Model (F4)GeometryTABLE 2Model (F4) > GeometryObject NameGeometry
StateFully Defined
Definition
SourceC:\Users\Ashwani Kumar\Desktop\Result\Aisi 4340\aisi 4340_files\dp0\SYS\DM\SYS.agdb
TypeDesignModeler
Length UnitMillimeters
Element ControlProgram Controlled
Display StyleBody Color
Bounding Box
Length X0.95203 m
Length Y1.3778 m
Length Z2.125 m
Properties
Volume9.0285e-003 m
Mass70.874 kg
Scale Factor Value1.
Statistics
Bodies40
Active Bodies40
Nodes102896
Elements48690
Mesh MetricNone
Basic Geometry Options
ParametersYes
Parameter KeyDS
AttributesNo
Named SelectionsNo
Material PropertiesNo
Advanced Geometry Options
Use AssociativityYes
Coordinate SystemsNo
Reader Mode Saves Updated FileNo
Use InstancesYes
Smart CAD UpdateNo
Attach File Via Temp FileYes
Temporary DirectoryC:\Users\Ashwani Kumar\AppData\Local\Temp
Analysis Type3-D
Decompose Disjoint FacesYes
Enclosure and Symmetry ProcessingYes
TABLE 3Model (F4) > Geometry > PartsObject Namebaja 6baja 6baja 6baja 6baja 6
StateMeshed
Graphics Properties
VisibleYes
Transparency1
Definition
SuppressedNo
Stiffness BehaviorFlexible
Coordinate SystemDefault Coordinate System
Reference TemperatureBy Environment
Material
AssignmentAISI 4340
Nonlinear EffectsYes
Thermal Strain EffectsYes
Bounding Box
Length X2.5004e-002 m0.92897 m0.56075 m0.1 m0.90791 m
Length Y0.29941 m3.5222e-002 m0.16607 m0.30355 m0.31358 m
Length Z2.5e-002 m1.6026 m0.58264 m1.5623 m0.10256 m
Properties
Volume5.9777e-005 m9.6833e-004 m1.6116e-004 m3.533e-004 m1.967e-004 m
Mass0.46925 kg7.6014 kg1.2651 kg2.7734 kg1.5441 kg
Centroid X-0.30006 m5.2464e-007 m1.8045e-002 m0.33724 m-2.6157e-007 m
Centroid Y0.15358 m0.29513 m0.37208 m0.14886 m0.14489 m
Centroid Z0.93701 m0.66006 m1.2104 m0.70802 m-3.8818e-002 m
Moment of Inertia Ip13.2624e-003 kgm2.5574 kgm6.3112e-002 kgm0.56871 kgm1.8844e-004 kgm
Moment of Inertia Ip25.7186e-005 kgm3.3221 kgm6.3115e-002 kgm0.55124 kgm0.11531 kgm
Moment of Inertia Ip33.2625e-003 kgm0.76561 kgm1.5512e-004 kgm1.7804e-002 kgm0.11531 kgm
Statistics
Nodes14048673209238971005
Elements689464210681984156
Mesh MetricNone
TABLE 4Model (F4) > Geometry > PartsObject Namebaja 6baja 6baja 6baja 6baja 6
StateMeshed
Graphics Properties
VisibleYes
Transparency1
Definition
SuppressedNo
Stiffness BehaviorFlexible
Coordinate SystemDefault Coordinate System
Reference TemperatureBy Environment
Material
AssignmentAISI 4340
Nonlinear EffectsYes
Thermal Strain EffectsYes
Bounding Box
Length X0.793 m0.2 m0.31698 m0.625 m0.56076 m
Length Y2.5e-002 m0.1683 m
Length Z0.95071 m0.35 m0.37601 m0.6125 m0.58267 m
Properties
Volume2.4891e-004 m7.644e-005 m9.7569e-005 m3.7266e-004 m1.6127e-004 m
Mass1.954 kg0.60005 kg0.76592 kg2.9254 kg1.266 kg
Centroid X7.4836e-002 m9.6835e-002 m0.1532 m2.8712e-006 m-1.7908e-002 m
Centroid Y2.1191e-005 m1.3523 m9.4184e-006 m2.2483e-007 m0.37096 m
Centroid Z0.4688 m-0.18201 m0.75335 m-0.40011 m1.2103 m
Moment of Inertia Ip10.23319 kgm6.8183e-003 kgm1.4096e-002 kgm0.11691 kgm6.3133e-002 kgm
Moment of Inertia Ip20.23319 kgm6.8173e-003 kgm1.4096e-002 kgm0.32097 kgm6.3136e-002 kgm
Moment of Inertia Ip32.3754e-004 kgm7.2588e-005 kgm9.3307e-005 kgm0.20441 kgm1.5379e-004 kgm
Statistics
Nodes15641505143217802249
Elements2347797312881169
Mesh MetricNone
TABLE 5Model (F4) > Geometry > PartsObject Namebaja 6baja 6baja 6baja 6baja 6
StateMeshed
Graphics Properties
VisibleYes
Transparency1
Definition
SuppressedNo
Stiffness BehaviorFlexible
Coordinate SystemDefault Coordinate System
Reference TemperatureBy Environment
Material
AssignmentAISI 4340
Nonlinear EffectsYes
Thermal Strain EffectsYes
Bounding Box
Length X0.22297 m0.625 m0.30855 m0.3 m0.17322 m
Length Y1.0517 m0.3 m2.5e-002 m0.15 m0.31077 m
Length Z0.42781 m2.5e-002 m0.29061 m2.5e-002 m1.5713 m
Properties
Volume3.3048e-004 m2.448e-004 m8.335e-005 m6.19e-005 m4.5423e-004 m
Mass2.5943 kg1.9217 kg0.6543 kg0.48591 kg3.5657 kg
Centroid X0.28378 m-4.8029e-005 m-0.15347 m-0.14429 m-0.33961 m
Centroid Y0.71557 m0.14998 m3.5994e-006 m0.22198 m0.11567 m
Centroid Z-0.44914 m-0.59998 m1.3625 m-0.60002 m0.82187 m
Moment of Inertia Ip10.25603 kgm1.0809e-002 kgm7.981e-005 kgm5.8589e-005 kgm0.77918 kgm
Moment of Inertia Ip22.4511e-002 kgm0.10915 kgm8.8027e-003 kgm3.6577e-003 kgm0.75409 kgm
Moment of Inertia Ip30.23183 kgm0.11973 kgm8.8029e-003 kgm3.6563e-003 kgm2.6664e-002 kgm
Statistics
Nodes37663797132312394971
Elements194619616726452527
Mesh MetricNone
TABLE 6Model (F4) > Geometry > PartsObject Namebaja 6baja 6baja 6baja 6baja 6
StateMeshed
Graphics Properties
VisibleYes
Transparency1
Definition
SuppressedNo
Stiffness BehaviorFlexible
Coordinate SystemDefault Coordinate System
Reference TemperatureBy Environment
Material
AssignmentAISI 4340
Nonlinear EffectsYes
Thermal Strain EffectsYes
Bounding Box
Length X0.2 m6.21e-002 m0.62553 m0.76437 m6.2107e-002 m
Length Y2.5e-002 m0.14892 m2.5e-002 m0.15113 m
Length Z0.35 m3.9756e-002 m0.57332 m1.5292 m3.9758e-002 m
Properties
Volume7.6512e-005 m3.0969e-005 m1.7061e-004 m4.4057e-004 m3.1424e-005 m
Mass0.60062 kg0.24311 kg1.3393 kg3.4585 kg0.24668 kg
Centroid X-9.688e-002 m0.2813 m-6.1888e-005 m0.24968 m-0.2813 m
Centroid Y1.3523 m0.37191 m-1.03e-005 m1.1413e-005 m0.37078 m
Centroid Z0.15739 m0.92962 m1.2185 m0.95584 m0.92962 m
Moment of Inertia Ip16.8275e-003 kgm4.647e-004 kgm1.6352e-004 kgm0.93947 kgm4.8517e-004 kgm
Moment of Inertia Ip26.8265e-003 kgm2.9652e-005 kgm7.5262e-002 kgm0.99149 kgm3.0099e-005 kgm
Moment of Inertia Ip37.2623e-005 kgm4.6471e-004 kgm7.5262e-002 kgm5.2438e-002 kgm4.8519e-004 kgm
Statistics
Nodes135985411251908854
Elements697112165264112
Mesh MetricNone
TABLE 7Model (F4) > Geometry > PartsObject Namebaja 6baja 6baja 6baja 6baja 6
StateMeshed
Graphics Properties
VisibleYes
Transparency1
Definition
SuppressedNo
Stiffness BehaviorFlexible
Coordinate SystemDefault Coordinate System
Reference TemperatureBy Environment
Material
AssignmentAISI 4340
Nonlinear EffectsYes
Thermal Strain EffectsYes
Bounding Box
Length X0.31366 m0.625 m0.22241 m0.31698 m2.5e-002 m
Length Y0.3 m3.522e-002 m1.0516 m2.5e-002 m0.30172 m
Length Z2.5e-002 m0.5351 m0.42544 m0.28271 m2.5e-002 m
Properties
Volume1.1979e-004 m3.3718e-004 m3.2153e-004 m8.3361e-005 m6.025e-005 m
Mass0.94039 kg2.6469 kg2.524 kg0.65439 kg0.47297 kg
Centroid X0.2192 m1.1296e-004 m-0.28445 m0.15358 m0.30006 m
Centroid Y0.18744 m0.29684 m0.7172 m9.2672e-006 m0.15473 m
Centroid Z1.5 m-0.43838 m-0.44632 m1.0746 m0.937 m
Moment of Inertia Ip14.5533e-003 kgm7.7078e-002 kgm0.24014 kgm7.9704e-005 kgm3.3416e-003 kgm
Moment of Inertia Ip29.0581e-003 kgm0.25576 kgm2.4104e-002 kgm8.8165e-003 kgm5.7688e-005 kgm
Moment of Inertia Ip31.3496e-002 kgm0.17901 kgm0.21634 kgm8.8165e-003 kgm3.3416e-003 kgm
Statistics
Nodes22664645436214711404
Elements115324712196736693
Mesh MetricNone
TABLE 8Model (F4) > Geometry > PartsObject Namebaja 6baja 6baja 6baja 6baja 6
StateMeshed
Graphics Properties
VisibleYes
Transparency1
Definition
SuppressedNo
Stiffness BehaviorFlexible
Coordinate SystemDefault Coordinate System
Reference TemperatureBy Environment
Material
AssignmentAISI 4340
Nonlinear EffectsYes
Thermal Strain EffectsYes
Bounding Box
Length X0.95203 m0.6 m0.45601 m0.8 m0.425 m
Length Y2.5e-002 m
Length Z2.5e-002 m0.5622 m2.5e-002 m0.7 m
Properties
Volume1.9009e-004 m1.2441e-004 m1.4481e-004 m1.6588e-004 m4.3808e-004 m
Mass1.4922 kg0.9766 kg1.1368 kg1.3021 kg3.4389 kg
Centroid X-8.1596e-003 m-1.6694e-017 m-0.22425 m1.14e-015 m-3.0233e-005 m
Centroid Y-1.3735e-005 m1.1169e-018 m-6.6319e-007 m0.67808 m1.3523 m
Centroid Z-1.95e-004 m0.937 m0.28219 m-0.18169 m-1.1861e-002 m
Moment of Inertia Ip11.8107e-004 kgm1.1915e-004 kgm4.5908e-002 kgm1.5886e-004 kgm0.1412 kgm
Moment of Inertia Ip20.10385 kgm2.9209e-002 kgm4.5908e-002 kgm6.9174e-002 kgm0.22823 kgm
Moment of Inertia Ip30.10385 kgm2.9209e-002 kgm1.3851e-004 kgm6.9174e-002 kgm8.7447e-002 kgm
Statistics
Nodes124284718929265707
Elements1761309651432942
Mesh MetricNone
TABLE 9Model (F4) > Geometry > PartsObject Namebaja 6baja 6baja 6baja 6baja 6
StateMeshed
Graphics Properties
VisibleYes
Transparency1
Definition
SuppressedNo
Stiffness BehaviorFlexible
Coordinate SystemDefault Coordinate System
Reference TemperatureBy Environment
Material
AssignmentAISI 4340
Nonlinear EffectsYes
Thermal Strain EffectsYes
Bounding Box
Length X2.5e-002 m0.62396 m0.29887 m0.54797 m0.17483 m
Length Y0.30328 m0.16015 m0.14943 m0.92339 m2.5e-002 m
Length Z0.10598 m0.59062 m2.5e-002 m0.6049 m1.0961 m
Properties
Volume6.278e-005 m3.3823e-004 m6.1713e-005 m5.2549e-004 m2.1122e-004 m
Mass0.49282 kg2.6551 kg0.48445 kg4.1251 kg1.6581 kg
Centroid X-0.45002 m3.9469e-005 m-0.14492 m-9.1733e-006 m-0.36828 m
Centroid Y0.13374 m0.39816 m7.7712e-002 m0.97403 m2.5778e-005 m
Centroid Z-3.5842e-002 m1.1055 m1.5 m0.58105 m0.51283 m
Moment of Inertia Ip13.7775e-003 kgm9.2369e-002 kgm5.8215e-005 kgm0.48504 kgm0.14361 kgm
Moment of Inertia Ip26.0017e-005 kgm0.2524 kgm3.6128e-003 kgm0.19477 kgm0.14361 kgm
Moment of Inertia Ip33.7776e-003 kgm0.16035 kgm3.6115e-003 kgm0.6793 kgm1.9826e-004 kgm
Statistics
Nodes13994640116155682343
Elements707239057629631183
Mesh MetricNone
TABLE 10Model (F4) > Geometry > PartsObject Namebaja 6baja 6baja 6baja 6baja 6
StateMeshed
Graphics Properties
VisibleYes
Transparency1
Definition
SuppressedNo
Stiffness BehaviorFlexible
Coordinate SystemDefault Coordinate System
Reference TemperatureBy Environment
Material
AssignmentAISI 4340
Nonlinear EffectsYes
Thermal Strain EffectsYes
Bounding Box
Length X0.92441 m0.61805 m0.3 m2.5e-002 m0.85 m
Length Y1.0783 m0.29772 m0.15 m0.29079 m1.069 m
Length Z0.30677 m2.5e-002 m9.9345e-002 m0.30778 m
Properties
Volume5.4822e-004 m1.8671e-004 m6.1923e-005 m5.8114e-005 m3.6775e-004 m
Mass4.3035 kg1.4656 kg0.4861 kg0.45619 kg2.8868 kg
Centroid X-7.8944e-005 m-9.2036e-002 m0.1443 m0.45003 m3.8636e-002 m
Centroid Y0.90847 m0.14825 m7.8017e-002 m0.14469 m0.74822 m
Centroid Z-0.24343 m1.4999 m-0.60002 m-3.8771e-002 m-0.20045 m
Moment of Inertia Ip10.52019 kgm5.955e-003 kgm5.8609e-005 kgm2.9976e-003 kgm0.29472 kgm
Moment of Inertia Ip20.45974 kgm5.7873e-002 kgm3.659e-003 kgm5.5574e-005 kgm0.11983 kgm
Moment of Inertia Ip30.97941 kgm6.365e-002 kgm3.6576e-003 kgm2.998e-003 kgm0.4142 kgm
Statistics
Nodes64992720121714154375
Elements344913816406982257
Mesh MetricNone
Coordinate SystemsTABLE 11Model (F4) > Coordinate Systems > Coordinate SystemObject NameGlobal Coordinate System
StateFully Defined
Definition
TypeCartesian
Coordinate System ID0.
Origin
Origin X0. m
Origin Y0. m
Origin Z0. m
Directional Vectors
X Axis Data[ 1. 0. 0. ]
Y Axis Data[ 0. 1. 0. ]
Z Axis Data[ 0. 0. 1. ]
ConnectionsTABLE 12Model (F4) > ConnectionsObject NameConnections
StateFully Defined
Auto Detection
Generate Automatic Connection On RefreshYes
Transparency
EnabledYes
TABLE 13Model (F4) > Connections > ContactsObject NameContacts
StateFully Defined
Definition
Connection TypeContact
Scope
Scoping MethodGeometry Selection
GeometryAll Bodies
Auto Detection
Tolerance TypeSlider
Tolerance Slider0.
Tolerance Value6.764e-003 m
Use RangeNo
Face/FaceYes
Face/EdgeNo
Edge/EdgeNo
PriorityInclude All
Group ByBodies
Search AcrossBodies
TABLE 14Model (F4) > Connections > Contacts > Contact RegionsObject NameContact RegionContact Region 2Contact Region 3Contact Region 4Contact Region 5
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact4 Faces2 Faces4 Faces2 Faces5 Faces
Target8 Faces2 Faces7 Faces2 Faces5 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 15Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 6Contact Region 7Contact Region 8Contact Region 9Contact Region 10
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact1 Face5 Faces7 Faces6 Faces
Target1 Face4 Faces9 Faces5 Faces4 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 16Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 11Contact Region 12Contact Region 13Contact Region 14Contact Region 15
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact5 Faces8 Faces5 Faces4 Faces
Target10 Faces4 Faces8 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 17Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 16Contact Region 17Contact Region 18Contact Region 19Contact Region 20
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact8 Faces6 Faces11 Faces7 Faces5 Faces
Target4 Faces5 Faces14 Faces10 Faces9 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 18Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 21Contact Region 22Contact Region 23Contact Region 24Contact Region 25
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact6 Faces5 Faces4 Faces1 Face6 Faces
Target5 Faces4 Faces1 Face9 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 19Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 26Contact Region 27Contact Region 28Contact Region 29Contact Region 30
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact1 Face4 Faces9 Faces2 Faces7 Faces
Target3 Faces4 Faces6 Faces2 Faces4 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 20Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 31Contact Region 32Contact Region 33Contact Region 34Contact Region 35
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact1 Face2 Faces1 Face4 Faces3 Faces
Target1 Face2 Faces4 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 21Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 36Contact Region 37Contact Region 38Contact Region 39Contact Region 40
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact2 Faces3 Faces4 Faces3 Faces
Target3 Faces4 Faces3 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 22Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 41Contact Region 42Contact Region 43Contact Region 44Contact Region 45
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact5 Faces4 Faces5 Faces4 Faces
Target5 Faces4 Faces5 Faces4 Faces3 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 23Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 46Contact Region 47Contact Region 48Contact Region 49Contact Region 50
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact4 Faces2 Faces7 Faces4 Faces
Target4 Faces2 Faces7 Faces4 Faces8 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 24Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 51Contact Region 52Contact Region 53Contact Region 54Contact Region 55
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact5 Faces4 Faces12 Faces8 Faces
Target5 Faces2 Faces4 Faces11 Faces4 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 25Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 56Contact Region 57Contact Region 58Contact Region 59Contact Region 60
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact5 Faces7 Faces1 Face4 Faces
Target4 Faces9 Faces2 Faces1 Face2 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 26Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 61Contact Region 62Contact Region 63Contact Region 64Contact Region 65
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact11 Faces2 Faces8 Faces3 Faces6 Faces
Target5 Faces2 Faces5 Faces2 Faces5 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 27Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 66Contact Region 67Contact Region 68Contact Region 69Contact Region 70
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact12 Faces6 Faces2 Faces3 Faces4 Faces
Target8 Faces5 Faces2 Faces4 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 28Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 71Contact Region 72Contact Region 73Contact Region 74Contact Region 75
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact4 Faces3 Faces2 Faces4 Faces3 Faces
Target3 Faces4 Faces2 Faces4 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 29Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 76Contact Region 77Contact Region 78Contact Region 79Contact Region 80
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact2 Faces12 Faces2 Faces6 Faces
Target2 Faces1 Face5 Faces2 Faces7 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 30Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 81Contact Region 82Contact Region 83Contact Region 84Contact Region 85
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact5 Faces4 Faces
Target4 Faces5 Faces4 Faces8 Faces4 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 31Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 86Contact Region 87Contact Region 88Contact Region 89Contact Region 90
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact4 Faces2 Faces4 Faces8 Faces
Target4 Faces5 Faces7 Faces4 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 32Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 91Contact Region 92Contact Region 93Contact Region 94Contact Region 95
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact5 Faces6 Faces4 Faces7 Faces5 Faces
Target4 Faces5 Faces10 Faces5 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 33Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 96Contact Region 97Contact Region 98Contact Region 99Contact Region 100
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact4 Faces7 Faces3 Faces11 Faces2 Faces
Target4 Faces5 Faces2 Faces11 Faces1 Face
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 34Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 101Contact Region 102Contact Region 103Contact Region 104Contact Region 105
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact2 Faces4 Faces5 Faces1 Face
Target2 Faces4 Faces5 Faces1 Face
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 35Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 106Contact Region 107Contact Region 108Contact Region 109Contact Region 110
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact4 Faces2 Faces4 Faces
Target4 Faces2 Faces12 Faces10 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 36Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 111Contact Region 112Contact Region 113Contact Region 114Contact Region 115
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact14 Faces9 Faces5 Faces6 Faces7 Faces
Target9 Faces7 Faces5 Faces9 Faces7 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
TABLE 37Model (F4) > Connections > Contacts > Contact RegionsObject NameContact Region 116
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact17 Faces
Target13 Faces
Contact Bodiesbaja 6
Target Bodiesbaja 6
Definition
TypeBonded
Scope ModeAutomatic
BehaviorProgram Controlled
SuppressedNo
Advanced
FormulationProgram Controlled
Detection MethodProgram Controlled
Normal StiffnessProgram Controlled
Update StiffnessProgram Controlled
Pinball RegionProgram Controlled
MeshTABLE 38Model (F4) > MeshObject NameMesh
StateSolved
Defaults
Physics PreferenceMechanical
Relevance0
Sizing
Use Advanced Size FunctionOff
Relevance CenterCoarse
Element SizeDefault
Initial Size SeedActive Assembly
SmoothingMedium
TransitionFast
Span Angle CenterCoarse
Minimum Edge Length4.8828e-006 m
Inflation
Use Automatic InflationNone
Inflation OptionSmooth Transition
Transition Ratio0.272
Maximum Layers5
Growth Rate1.2
Inflation AlgorithmPre
View Advanced OptionsNo
Patch Conforming Options
Triangle Surface MesherProgram Controlled
Advanced
Shape CheckingStandard Mechanical
Element Midside NodesProgram Controlled
Straight Sided ElementsNo
Number of RetriesDefault (4)
Extra Retries For AssemblyYes
Rigid Body BehaviorDimensionally Reduced
Mesh MorphingDisabled
Defeaturing
Pinch TolerancePlease Define
Generate Pinch on RefreshNo
Automatic Mesh Based DefeaturingOn
Defeaturing ToleranceDefault
Statistics
Nodes102896
Elements48690
Mesh MetricNone
Named SelectionsTABLE 39Model (F4) > Named Selections > Named SelectionsObject Namefront
StateFully Defined
Scope
Scoping MethodGeometry Selection
Geometry8 Nodes
Definition
Send to SolverYes
VisibleYes
Program Controlled InflationExclude
Statistics
TypeManual
Total Selection8 Nodes
Suppressed0
Used by Mesh WorksheetNo
Static Structural (F5)TABLE 40Model (F4) > AnalysisObject NameStatic Structural (F5)
StateSolved
Definition
Physics TypeStructural
Analysis TypeStatic Structural
Solver TargetMechanical APDL
Options
Environment Temperature22. C
Generate Input OnlyNo
TABLE 41Model (F4) > Static Structural (F5) > Analysis SettingsObject NameAnalysis Settings
StateFully Defined
Step Controls
Number Of Steps1.
Current Step Number1.
Step End Time1. s
Auto Time SteppingProgram Controlled
Solver Controls
Solver TypeProgram Controlled
Weak SpringsProgram Controlled
Large DeflectionOff
Inertia ReliefOff
Restart Controls
Generate Restart PointsProgram Controlled
Retain Files After Full SolveNo
Nonlinear Controls
Force ConvergenceProgram Controlled
Moment ConvergenceProgram Controlled
Displacement ConvergenceProgram Controlled
Rotation ConvergenceProgram Controlled
Line SearchProgram Controlled
StabilizationOff
Output Controls
StressYes
StrainYes
Nodal ForcesNo
Contact MiscellaneousNo
General MiscellaneousNo
Calculate Results AtAll Time Points
Max Number of Result SetsProgram Controlled
Analysis Data Management
Solver Files DirectoryC:\Users\Ashwani Kumar\Desktop\Result\Aisi 4340\aisi 4340_files\dp0\SYS-4\MECH\
Future AnalysisNone
Scratch Solver Files Directory
Save MAPDL dbNo
Delete Unneeded FilesYes
Nonlinear SolutionNo
Solver UnitsActive System
Solver Unit Systemmks
TABLE 42Model (F4) > Static Structural (F5) > LoadsObject NameFixed SupportNodal Force
StateFully Defined
Scope
Scoping MethodGeometry SelectionNamed Selection
Geometry8 Vertices
Named Selectionfront
Definition
TypeFixed SupportForce
SuppressedNo
Coordinate SystemNodal Coordinate System
X Component0. N (ramped)
Y Component2000. N (ramped)
Z Component0. N (ramped)
Divide Load by NodesYes
FIGURE 1Model (F4) > Static Structural (F5) > Nodal Force
FIGURE 2Model (F4) > Static Structural (F5) > Figure
Solution (F6)TABLE 43Model (F4) > Static Structural (F5) > SolutionObject NameSolution (F6)
StateSolved
Adaptive Mesh Refinement
Max Refinement Loops1.
Refinement Depth2.
Information
StatusDone
TABLE 44Model (F4) > Static Structural (F5) > Solution (F6) > Solution InformationObject NameSolution Information
StateSolved
Solution Information
Solution OutputSolver Output
Newton-Raphson Residuals0
Update Interval2.5 s
Display PointsAll
FE Connection Visibility
Activate VisibilityYes
DisplayAll FE Connectors
Draw Connections Attached ToAll Nodes
Line ColorConnection Type
Visible on ResultsNo
Line ThicknessSingle
Display TypeLines
TABLE 45Model (F4) > Static Structural (F5) > Solution (F6) > ResultsObject NameTotal DeformationEquivalent Stress
StateSolved
Scope
Scoping MethodGeometry Selection
GeometryAll Bodies
Definition
TypeTotal DeformationEquivalent (von-Mises) Stress
ByTime
Display TimeLast
Calculate Time HistoryYes
Identifier
SuppressedNo
Results
Minimum0. m0.35331 Pa
Maximum1.9919e-003 m2.9115e+008 Pa
Minimum Occurs Onbaja 6
Maximum Occurs Onbaja 6
Information
Time1. s
Load Step1
Substep1
Iteration Number1
Integration Point Results
Display OptionAveraged
FIGURE 3Model (F4) > Static Structural (F5) > Solution (F6) > Total Deformation > Figure
FIGURE 4Model (F4) > Static Structural (F5) > Solution (F6) > Equivalent Stress > Figure
Material Data AISI 4340TABLE 46AISI 4340 > ConstantsDensity7850 kg m^-3
TABLE 47AISI 4340 > Tensile Yield StrengthTensile Yield Strength Pa
4.7e+008
TABLE 48AISI 4340 > Tensile Ultimate StrengthTensile Ultimate Strength Pa
7.45e+008
TABLE 49AISI 4340 > Isotropic ElasticityTemperature CYoung's Modulus PaPoisson's Ratio Bulk Modulus PaShear Modulus Pa
2.e+0110.2851.5504e+0117.7821e+010