Static
Beam.dwg
Study 1
  1. Settings of the Study
  2. Model
  3. Materials
  4. FEA Mesh Properties
  5. Boundary Conditions
  6. Sensors
  7. Results
  8. Graphs


Settings of the Study
Name of studyStudy 1 
Commentary 
AuthorAutoFEM Software 
CompanyAutoFEM Software 
Date17.09.2011 14:41:43 
File nameD:\Beam.dwg 

Settings of calculation
Stabilize the unfixed model



Model
Body 1Plain Carbon Steel 



Materials
Plain Carbon Steel
Elastic modulus2.1E+011 Pa 
Poisson`s ratio0.28 
Shear modulus7.9E+010 Pa 
Thermal conductivity43 W/(m*K) 
Thermal expansion coefficient1.3E-005 m/K 
Mass density7800 kg/m³ 
Yield strength2.20594E+008 Pa 
Tensile strength3.99826E+008 Pa 
Compressive strength 
Specific heat440 J/(kg*K) 



FEA Mesh Properties
Mesh 1
Type of finite elementQuadratic Tetrahedron 
Number of elements957 
Number of nodes2223 



Boundary Conditions
Force 2
Type of loadingForce per square 
GeometryFace 6;  
DirectionNormal to surface 
Load100 N 

Force 5
Type of loadingForce per length 
GeometryEdge 4; Edge 5;  
Coordinate systemWorld Coordinate System 
Along the axis
Load100 N 



Sensors
Sensor 1
Type of setting3D Point 
CoordinatesX: 0, Y: 25, Z: 10 

Sensor 2
Type of setting3D Point 
CoordinatesX: 50, Y: 25, Z: 10 

Sensor 3
Type of setting3D Point 
CoordinatesX: 100, Y: 25, Z: 10 

Sensor 4
Type of setting3D Point 
CoordinatesX: 150, Y: 25, Z: 10 

Sensor 5
Type of setting3D Point 
CoordinatesX: 200, Y: 25, Z: 10 

Sensor 6
Type of setting3D Point 
CoordinatesX: 250, Y: 25, Z: 10 

Sensor 7
Type of setting3D Point 
CoordinatesX: 300, Y: 25, Z: 10 

Sensor 8
Type of setting3D Point 
CoordinatesX: 350, Y: 25, Z: 10 

Sensor 9
Type of setting3D Point 
CoordinatesX: 400, Y: 25, Z: 10 

Sensor 10
Type of setting3D Point 
CoordinatesX: 450, Y: 25, Z: 10 

Sensor 11
Type of setting3D Point 
CoordinatesX: 500, Y: 25, Z: 10 

Sensor 12
Type of setting3D Point 
CoordinatesX: 550, Y: 25, Z: 10 

Sensor 13
Type of setting3D Point 
CoordinatesX: 600, Y: 25, Z: 10 

Sensor 14
Type of setting3D Point 
CoordinatesX: 650, Y: 25, Z: 10 

Sensor 15
Type of setting3D Point 
CoordinatesX: 700, Y: 25, Z: 10 

Sensor 16
Type of setting3D Point 
CoordinatesX: 750, Y: 25, Z: 10 

Sensor 17
Type of setting3D Point 
CoordinatesX: 800, Y: 25, Z: 10 

Sensor 18
Type of setting3D Point 
CoordinatesX: 850, Y: 25, Z: 10 

Sensor 19
Type of setting3D Point 
CoordinatesX: 900, Y: 25, Z: 10 

Sensor 20
Type of setting3D Point 
CoordinatesX: 950, Y: 25, Z: 10 

Sensor 21
Type of setting3D Point 
CoordinatesX: 1000, Y: 25, Z: 10 



Results
Displacement, magnitude [1]
Min3.71641E-008
Max0.000122374
  
Sensor 10.000108885
Sensor 27.98749E-005
Sensor 35.171E-005
Sensor 42.51465E-005
Sensor 58.53068E-007
Sensor 6-2.05905E-005
Sensor 7-3.86937E-005
Sensor 8-5.30552E-005
Sensor 9-6.33625E-005
Sensor 10-6.93915E-005
Sensor 11-7.10109E-005
Sensor 12-6.81741E-005
Sensor 13-6.09263E-005
Sensor 14-4.9401E-005
Sensor 15-3.38221E-005
Sensor 16-1.45005E-005
Sensor 178.16133E-006
Sensor 183.36733E-005
Sensor 196.1458E-005
Sensor 209.08359E-005
Sensor 210.000121063

Displacement, magnitude, m
 



Graphs
Study 1 [Graph] : Displacement OZ
m
Sensor 10.0001089
Sensor 27.987E-005
Sensor 35.171E-005
Sensor 42.515E-005
Sensor 58.531E-007
Sensor 6-2.059E-005
Sensor 7-3.869E-005
Sensor 8-5.306E-005
Sensor 9-6.336E-005
Sensor 10-6.939E-005
Sensor 11-7.101E-005
Sensor 12-6.817E-005
Sensor 13-6.093E-005
Sensor 14-4.94E-005
Sensor 15-3.382E-005
Sensor 16-1.45E-005
Sensor 178.161E-006
Sensor 183.367E-005
Sensor 196.146E-005
Sensor 209.084E-005
Sensor 210.0001211