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# Leaf Spring Model Analysis

Analyzed File: | c15_tut02_inv.ipt
Autodesk Inventor Version: | 2020 (Build 240168000, 168)
Creation Date: | 5/9/2019, 10:45 AM
Study Author: | LENOVO-CADCIM
Summary: |

### Project Info (iProperties)

> #### Summary

> > Author | CADCIM 00

> #### Project

> > Part Number | c15_tut02_inv
> > Designer | CADCIM 00
> > Cost | $0.00
> > Date Created | 5/25/2017

> #### Status

> > Design Status | WorkInProgress

> #### Physical

> > Material | Steel, Mild
> > Density | 7.85 g/cm^3
> > Mass | 0.0056491 kg
> > Area | 1691.14 mm^2
> > Volume | 719.63 mm^3
> > Center of Gravity | x=0 mm y=3 mm z=3.67233 mm

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

## Modal Analysis of the leaf spring:1

> General objective and settings:

> Design Objective | Single Point
> Study Type | Modal Analysis
> Last Modification Date | 5/9/2019, 10:42 AM
> Number of Modes | 6
> Frequency Range | Undefined
> Compute Preloaded Modes | No
> Enhanced Accuracy | No

> Mesh settings:

> Avg. Element Size (fraction of model diameter) | 0.01
> Min. Element Size (fraction of avg. size) | 0.02
> Grading Factor | 1.5
> Max. Turn Angle | 60 deg
> Create Curved Mesh Elements | Yes

> ### Material(s)

> > Name | Steel, Mild
> > General | Mass Density | 7.85 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
> > Part Name(s) | c15_tut02_inv.ipt

> ### Operating conditions

> > #### Fixed Constraint:1

> > > Constraint Type | Fixed Constraint

> > > ##### Selected Face(s)

> ### Results

> > #### Frequency Value(s)

> > > F1 | 1405.39 Hz
> > > F2 | 2368.15 Hz
> > > F3 | 2749.27 Hz
> > > F4 | 4028.71 Hz
> > > F5 | 4579.98 Hz
> > > F6 | 6633.55 Hz

> > #### Result Summary

> > > Name | Result Value
> > > Volume | 719.63 mm^3
> > > Mass | 0.0056491 kg

> > #### Figures

> > > ##### F1 1405.39 Hz Displacement

> > > ##### F1 1405.39 Hz X Displacement

> > > ##### F1 1405.39 Hz Y Displacement

> > > ##### F1 1405.39 Hz Z Displacement

> > > ##### F2 2368.15 Hz Displacement

> > > ##### F2 2368.15 Hz X Displacement

> > > ##### F2 2368.15 Hz Y Displacement

> > > ##### F2 2368.15 Hz Z Displacement

> > > ##### F3 2749.27 Hz Displacement

> > > ##### F3 2749.27 Hz X Displacement

> > > ##### F3 2749.27 Hz Y Displacement

> > > ##### F3 2749.27 Hz Z Displacement

> > > ##### F4 4028.71 Hz Displacement

> > > ##### F4 4028.71 Hz X Displacement

> > > ##### F4 4028.71 Hz Y Displacement

> > > ##### F4 4028.71 Hz Z Displacement

> > > ##### F5 4579.98 Hz Displacement

> > > ##### F5 4579.98 Hz X Displacement

> > > ##### F5 4579.98 Hz Y Displacement

> > > ##### F5 4579.98 Hz Z Displacement

> > > ##### F6 6633.55 Hz Displacement

> > > ##### F6 6633.55 Hz X Displacement

> > > ##### F6 6633.55 Hz Y Displacement

> > > ##### F6 6633.55 Hz Z Displacement

D:\Autodesk Inventor_2020\Resources\Resources\Inventor_2019_tut\Inventor_2019_tut\c15_Inv_2019_tut\c15_Inv_tut_2019\c15_tut02_inv\c15_tut02_inv.ipt

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