Study Report


Analyzed File	WO4Setup_Beta_Cube_Top v1 v7	Version	Autodesk Fusion (2606.1.33)
Creation Date	2026-02-06, 17:43:25	Author	User

Report Properties

Report Properties
Title	Studies
Author	User

Simulation Model 1

Study Properties

Study Properties
Study Type	Static Stress
Last Modification Date	2026-02-06, 17:15:10

Study Setup

Settings

General

Contact Tolerance	0.10 mm
Remove Rigid Body Modes	No

Mesh

Average Element Size (% of model size) - Solids	10
Scale Mesh Size Per Part	No
Average Element Size (absolute value)	-
Element Order	Parabolic
Create Curved Mesh Elements	Yes
Max. Turn Angle on Curves (Deg.)	60
Max. Adjacent Mesh Size Ratio	1.5
Max. Aspect Ratio	10
Minimum Element Size (% of average size)	20

Adaptive Mesh Refinement

Number of Refinement Steps	0
Results Convergence Tolerance (%)	20
Portion of Elements to Refine (%)	10
Results for Baseline Accuracy	von Mises Stress

Materials

Phenolic Resin

Components

Component	Strength
Body4	Yield Strength

Properties

Density	1.380E-06 kg / mm^3
Young's Modulus	6890.00 MPa
Poisson's Ratio	0.34
Yield Strength	51.71 MPa
Ultimate Tensile Strength	51.71 MPa
Thermal Conductivity	1.700E-04 W / (mm C)
Thermal Expansion Coefficient	2.750E-05 / C
Specific Heat	1464.00 J / (kg C)

Contacts
Contact Type	Contact Set	Penetration Type	Bodies	Entities

Mesh
Type	Solids
Nodes	19859
Elements	9922

Load Case1

Constraints
Fixed1

Type	Fixed
Ux	Fixed
Uy	Fixed
Uz	Fixed

Loads
Force1

Type	Force
Magnitude	100.00 N
X Value	0.00 N
Y Value	0.00 N
Z Value	-100.00 N
Force Per Entity	No

Load Case1 - Guided Results

Safety Factor

With the analysis criteria in this study setup, the design is expected to bend permanently or break.

Next Steps

Below Safety Factor Target

Validate your study setup

Check the loads are not set too high
Check the mesh refinement and consider increasing it in areas of high stress
Confirm your Safety Factor requirement
If the Displacement result shows high displacement, consider running a Nonlinear study to gain more insight

Check other results

Examine the Below target Result visualization to see where the weakest areas are
Check the stress result to see if, and where, the material might yield
Check the displacement result to see how far from its original alignment the model has moved
Look at other results, such as reaction forces to check your study set up, or strain to check your material performance

Strengthen weak areas

Add more material to weak areas
Select a material with a higher yield strength
Stiffen the design
Modify the shape with a Generative Design study

Generate alternative designs

Add more material to weak areas
Select a material with a higher yield strength
Stiffen the design
Modify the shape with a Generative Design study

Meets Safety Factor Target

Validate your study setup

Check the loads are not set too high
Check the mesh refinement and consider increasing it in areas of high stress
Confirm your Safety Factor requirement
If the Displacement result shows high displacement, consider running a Nonlinear study to gain more insight

Check other results

Examine the Below target Result visualization to see where the weakest areas are
Check the stress result to see if, and where, the material might yield
Check the displacement result to see how far from its original alignment the model has moved
Look at other results, such as reaction forces to check your study set up, or strain to check your material performance

Above Safety Factor Limit

Validate your study setup

Check the loads are not set too high
Check the mesh refinement and consider increasing it in areas of high stress
Confirm your Safety Factor requirement
If the Displacement result shows high displacement, consider running a Nonlinear study to gain more insight

Check other results

Examine the Below target Result visualization to see where the weakest areas are
Check the stress result to see if, and where, the material might yield
Check the displacement result to see how far from its original alignment the model has moved
Look at other results, such as reaction forces to check your study set up, or strain to check your material performance

Lightweight the design

Set a Safety Factor upper limit to find where material can be removed
Remove material from areas that exceed the Safety Factor upper limit

Generate alternative designs

In the Generative Design workspace, create design modifications
Remove unnecessary material using a Shape Optimization study

Load Case1 - Results

Result Summary

Result type

Sub-result

Minimum

Maximum

Safety Factor

2.498

5.333E+06

Stress

Von Mises	9.696E-06 MPa	20.701 MPa
1st Principal	−4.668 MPa	19.553 MPa
3rd Principal	−22.793 MPa	4.388 MPa
Normal XX	−21.177 MPa	19.546 MPa
Normal YY	−21.043 MPa	18.968 MPa
Normal ZZ	−11.072 MPa	7.376 MPa
Shear XY	−4.456 MPa	4.596 MPa
Shear YZ	−11.863 MPa	10.733 MPa
Shear XZ	−10.373 MPa	11.103 MPa

Displacement

Total	0 mm	2.598 mm
X	−0.035 mm	0.035 mm
Y	−0.034 mm	0.035 mm
Z	−2.598 mm	3.623E-04 mm

Reaction Force

Total	0 N	13.949 N
X	−6.116 N	8.446 N
Y	−3.759 N	3.767 N
Z	−8.595 N	13.637 N

Strain

Equivalent	2.509E-09	0.005
1st Principal	−1.62E-05	0.005
3rd Principal	−0.005	−1.593E-09
Normal XX	−0.003	0.003
Normal YY	−0.003	0.003
Normal ZZ	−0.002	0.002
Shear XY	−0.002	0.002
Shear YZ	−0.005	0.004
Shear XZ	−0.004	0.004

Contact Force

Total	0 N	0 N
X	0 N	0 N
Y	0 N	0 N
Z	0 N	0 N

Safety Factor

Stress

Von Mises

1st Principal

3rd Principal

Displacement

Total

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