Stress Analysis Report

 Summary

Author

Ingenieria2

 Physical

Material	Acero a 516 gr 70
Density	7,85 g/cm^3
Mass	56,435 kg
Area	1819720 mm^2
Volume	7189180 mm^3
Center of Gravity	x=0 mm y=0 mm z=125,943 mm

Note: Physical values could be different from Physical values used by FEA reported below.

General objective and settings:

Design Objective	Single Point
Simulation Type	Static Analysis
Last Modification Date	29/12/2011, 12:34
Detect and Eliminate Rigid Body Modes	No

Advanced settings:

Avg. Element Size (fraction of model diameter)	0,1
Min. Element Size (fraction of avg. size)	0,2
Grading Factor	1,5
Max. Turn Angle	60 deg
Create Curved Mesh Elements	Yes

 Material(s)

Name	Acero a 516 gr 70
General	Mass Density	7,85 g/cm^3
	Yield Strength	260 MPa
	Ultimate Tensile Strength	485 MPa
Stress	Young's Modulus	210 GPa
	Poisson's Ratio	0,3 ul
	Shear Modulus	80,7692 GPa
Stress Thermal	Expansion Coefficient	0,000012 ul/c
	Thermal Conductivity	56 W/( m K )
	Specific Heat	460 J/( kg c )
Part Name(s)	Casquete

 Operating conditions

 Pressure:1

Load Type	Pressure
Magnitude	1,723 MPa

 Selected Face(s)

 Pressure:2

Load Type	Pressure
Magnitude	1,723 MPa

 Selected Face(s)

 Pressure:3

Load Type	Pressure
Magnitude	1,723 MPa

 Selected Face(s)

 Fixed Constraint:1

Constraint Type

Fixed Constraint

 Selected Face(s)

 Results

  Reaction Force and Moment on Constraints

Constraint Name	Reaction Force		Reaction Moment
	Magnitude	Component (X,Y,Z)	Magnitude	Component (X,Y,Z)
Fixed Constraint:1	1045270 N	0 N	0 N m	0 N m
		0 N		0 N m
		-1045270 N		0 N m

 Result Summary

Name	Minimum	Maximum
Volume	7189180 mm^3
Mass	56,435 kg
Von Mises Stress	10,0957 MPa	323,564 MPa
1st Principal Stress	-42,1173 MPa	303,837 MPa
3rd Principal Stress	-181,183 MPa	95,4733 MPa
Displacement	0 mm	0,899428 mm
Safety Factor	1,32602 ul	15 ul

 Figures

 Von Mises Stress

 1st Principal Stress

 3rd Principal Stress

 Displacement

 Safety Factor