Analisis de La Base

Stress Analysis Report

Analyzed File: 730E- CUARTODISEO CANAL CAJON -FRONTAL PLANA- TOTAL.iam

Autodesk Inventor Version: 2012 (Build 160160000, 160)

Creation Date: 10/08/2013, 01:00 p. m.

Simulation Author: JULIO HUAMAN ITURBE

Summary:

Project Info (iProperties)

Summary

Author JULIO HUAMAN ITURBE

Project

Part Number 730E- CUARTODISEO CANAL CAJON -FRONTAL PLANA- TOTAL

Designer JULIO HUAMAN ITURBE

Cost $0.00

Date Created 10/08/2013

Status

Design Status WorkInProgress

Physical

Mass 22731.5 kg

Area 479287000 mm^2

Volume 2.89205E+009 mm^3

Center of Gravity x=0.138431 mm y=1008.41 mm

z=2631.09 mm

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

ANALISIS DE BASE

General objective and settings:

Design Objective Single Point

Simulation Type Static Analysis

Last Modification Date 10/08/2013, 01:00 p. m.

Detect and Eliminate Rigid Body Modes No

Separate Stresses Across Contact Surfaces No

Motion Loads Analysis 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 No

Use part based measure for Assembly mesh Yes

Material(s)

Name COMBINET STEEL

General

Mass Density 7.86 g/cm^3

Yield Strength 207 MPa

Ultimate Tensile Strength 345 MPa

Stress

Young's Modulus 220 GPa

Poisson's Ratio 0.275 ul

Shear Modulus 86.2745 GPa

Stress Thermal

Expansion Coefficient 0.000012 ul/c

Thermal Conductivity 56 W/( m K )

Specific Heat 460 J/( kg c )

Part Name(s)

730E-SEGUNDO DISEO -002 730E-FINAL TIPO CAJON-CUARTO pivot-001

730E-FINAL TIPO CAJON-CUARTO pivot-002 730E-FINAL TIPO CAJON-pivot-003

730E-FINAL TIPO CAJON-pivot-004

730E-FINAL TIPO CAJON-pivot-004 730E-FINAL TIPO CAJON-pivot-005







730E-FINAL TIPO CAJON-CUARTO levante-001 730E-FINAL TIPO CAJON-CUARTO levante-002

730E-FINAL TIPO CAJON-levante-003 730E-FINAL TIPO CAJON-levante-004

730E-63.1 730E-71

730E-72

730E-73 730E-74

730E-75 730E-final -path -008

730E-54.2

730E-68.1 730E-69.1

730E-final -path -006 730E-final -path -007

canal 730E - nuevo-001 canal 730E - nuevo-002

canal 730E - nuevo-003












canal 730E - nuevo-011 cNal 08

730E-SEGUNDO DISEO -003

730E-SEGUNDO DISEO -004 730E-SEGUNDO DISEO -001


























730E-SEGUNDO DISEO -049 730E-SEGUNDO DISEO -047_MIR

730E-SEGUNDO DISEO -049_MIR 730E-SEGUNDO DISEO -048_MIR

730E-SEGUNDO DISEO -048_MIR

730E-SEGUNDO DISEO -048_MIR 730E-SEGUNDO DISEO -002_MIR3

730E-FINAL TIPO CAJON-CUARTO pivot-001_MIR2 730E-FINAL TIPO CAJON-CUARTO pivot-002_MIR2

730E-FINAL TIPO CAJON-pivot-003_MIR6

730E-FINAL TIPO CAJON-pivot-004_MIR6 730E-FINAL TIPO CAJON-pivot-004_MIR6



730E-FINAL TIPO CAJON-pivot-003_MIR6


730E-FINAL TIPO CAJON-CUARTO levante-001_MIR2

730E-FINAL TIPO CAJON-CUARTO levante-002_MIR2

730E-FINAL TIPO CAJON-levante-003_MIR6

730E-FINAL TIPO CAJON-levante-004_MIR6 730E-63.1_MIR3

730E-71_MIR3 730E-72_MIR3

730E-73_MIR3 730E-74_MIR3

730E-75_MIR3

730E-final -path -008_MIR3 730E-54.2_MIR3

730E-68.1_MIR3 730E-69.1_MIR3

730E-final -path -006_MIR3

730E-final -path -007_MIR3 730E-SEGUNDO DISEO -003_MIR2

730E-SEGUNDO DISEO -004_MIR2

Name COMBINET STEEL

General

Mass Density 7.87 g/cm^3

Yield Strength 350 MPa

Ultimate Tensile Strength 420 MPa

Stress

Young's Modulus 200 GPa

Poisson's Ratio 0.29 ul

Shear Modulus 77.5194 GPa

Stress Thermal

Expansion Coefficient 0.000012 ul/c

Thermal Conductivity 52 W/( m K )

Specific Heat 486 J/( kg c )

Part Name(s) 730E-FINAL TIPO CAJON-pivot-007_MIR6 730E-FINAL TIPO CAJON-pivot-008_MIR6

Operating conditions

Pressure:1

Load Type Pressure

Magnitude 0.110 MPa

Selected Face(s)

Results

Result Summary

Name Minimum Maximum

Volume 2.89206E+009 mm^3

Mass 22731.6 kg

Von Mises Stress 0 MPa 81.831 MPa

1st Principal Stress -26.2127 MPa 94.7987 MPa

3rd Principal Stress -84.0247 MPa 32.278 MPa

Displacement 0 mm 2.94671 mm

Safety Factor 2.5296 ul 15 ul

Stress XX -41.4185 MPa 65.4142 MPa

Stress XY -24.6357 MPa 18.5281 MPa

Stress XZ -23.9262 MPa 20.0147 MPa

Stress YY -49.062 MPa 63.4025 MPa

Stress YZ -34.9017 MPa 12.1364 MPa

Stress ZZ -79.1839 MPa 90.6358 MPa

X Displacement -0.423242 mm 0.443378 mm

Y Displacement -2.94671 mm 0.0477365 mm

Z Displacement -0.0744893 mm 0.129782 mm

Equivalent Strain 0 ul 0.000329688 ul

1st Principal Strain -0.0000136879 ul 0.000384737 ul

3rd Principal Strain -0.000343918 ul 0.000042391 ul

Strain XX -0.000187581 ul 0.00022006 ul

Strain XY -0.000142775 ul 0.000107379 ul

Strain XZ -0.000138663 ul 0.000115995 ul

Strain YY -0.000215054 ul 0.00019364 ul

Strain YZ -0.000202271 ul 0.0000703359 ul

Strain ZZ -0.000342906 ul 0.00036783 ul

Contact Pressure 0 MPa 254.068 MPa

Contact Pressure X -139.803 MPa 162.832 MPa

Contact Pressure Y -48.7662 MPa 194.635 MPa

Contact Pressure Z -66.0844 MPa 54.676

Figures

Von Mises Stress

1st Principal Stress

3rd Principal Stress

Displacement

Safety Factor

Stress XX

Stress XY

Stress XZ

Stress YY

Stress YZ

Stress ZZ

X Displacement

Y Displacement

Z Displacement

Equivalent Strain

1st Principal Strain

3rd Principal Strain

Strain XX

Strain XY

Strain XZ

Strain YY

Strain YZ

Strain ZZ

Contact Pressure

Contact Pressure X

Contact Pressure Y

Contact Pressure Z

Analisis de La Base

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