Finite Element Method

Finite Flement Method

(Contoh Hasil Analisis Engkol)

Stress Analysis Report (AUTODESK INVENTOR)

Analyzed File:	Engkol.ipt
Autodesk Inventor Version:	2013 (Build 170138000, 138)
Creation Date:	6/23/2014, 10:27 AM
Simulation Author:	Slamet
Summary:

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 Project Info (iProperties)

 Summary

Author

slamet

 Project

Part Number	Engkol
Designer	slamet
Cost	$0.00
Date Created	10/10/2013

 Status

Design Status

WorkInProgress

 Physical

Material	Generic
Density	1 g/cm^3
Mass	0.886025 kg
Area	112736 mm^2
Volume	886025 mm^3
Center of Gravity	x=18.0383 mm y=634.356 mm z=15 mm

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

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 Simulation:1

General objective and settings:

Design Objective	Single Point
Simulation Type	Modal Analysis
Last Modification Date	6/23/2014, 10:24 AM
Number of Modes	8
Frequency Range	Undefined
Compute Preloaded Modes	No
Enhanced Accuracy	No

Mesh settings:

Avg. Element Size (fraction of model diameter)	0.08
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	Aluminum 6061
General	Mass Density	2.71 g/cm^3
	Yield Strength	275 MPa
	Ultimate Tensile Strength	310 MPa
Stress	Young's Modulus	68.9 GPa
	Poisson's Ratio	0.33 ul
	Shear Modulus	25.9023 GPa
Stress Thermal	Expansion Coefficient	0.0000236 ul/c
	Thermal Conductivity	167 W/( m K )
	Specific Heat	1256.1 J/( kg c )
Part Name(s)	Engkol

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