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| Analyzed File | KEDI ASSEMBLY TESTS v16 |
| Version | Autodesk Fusion (2.0.18460) |
| Creation Date | 2024-02-28, 16:20:10 |
| Author | Fofilos Panagiotis |
Report Properties
Title Studies Author fofil
Simulation Model 1:1
Study Type Static Stress Last Modification Date 2024-02-28, 15:38:46
Contact Tolerance 0.20 mm Remove Rigid Body Modes Yes
Average Element Size (% of model size) Solids - Scale Mesh Size Per Part No Average Element Size (absolute value) 5.00 mm Element Order Parabolic Create Curved Mesh Elements No 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
Number of Refinement Steps 0 Results Convergence Tolerance (%) 20 Portion of Elements to Refine (%) 10 Results for Baseline Accuracy von Mises Stress
Component Material Safety Factor FUSALAGE:1/LOWER Plastic Yield Strength FUSALAGE:1/UPPER Plastic Yield Strength FUSALAGE:1/RH WING:1 Plastic Yield Strength FUSALAGE:1/LH WING:1 Plastic Yield Strength FUSALAGE:1/UPPER WING:1 Plastic Yield Strength FUSALAGE:1/LOWER WING:1 Plastic Yield Strength EDF 70mm 2800KV v19:1/Duct:1/Body3 Plastic Yield Strength EDF 70mm 2800KV v19:1/Duct:1/Body2 Plastic Yield Strength EDF 70mm 2800KV v19:2/Duct:1/Body3 Plastic Yield Strength EDF 70mm 2800KV v19:2/Duct:1/Body2 Plastic Yield Strength EDF 70mm 2800KV v19:3/Duct:1/Body3 Plastic Yield Strength EDF 70mm 2800KV v19:3/Duct:1/Body2 Plastic Yield Strength EDF 70mm 2800KV v19:4/Duct:1/Body3 Plastic Yield Strength EDF 70mm 2800KV v19:4/Duct:1/Body2 Plastic Yield Strength
Density 1.290E-06 kg / mm^3 Young's Modulus 709.00 MPa Poisson's Ratio 0.40 Yield Strength 30.00 MPa Ultimate Tensile Strength 40.00 MPa Thermal Conductivity 2.500E-04 W / (mm C) Thermal Expansion Coefficient 4.190E-05 / C Specific Heat 1750.00 J / (kg C)
Name [S] Bonded1 [Duct:1(Body3)||Duct:1(Body2)] [S] Bonded2 [Duct:1(Body3)||Duct:1(Body2)] [S] Bonded3 [Duct:1(Body3)||Duct:1(Body2)] [S] Bonded4 [Duct:1(Body3)||Duct:1(Body2)] [S] Bonded5 [Duct:1(Body3)||Duct:1(Body2)] [S] Bonded6 [Duct:1(Body3)||Duct:1(Body2)] [S] Bonded7 [Duct:1(Body3)||Duct:1(Body2)] [S] Bonded8 [Duct:1(Body3)||Duct:1(Body2)] [S] Bonded9 [LOWER WING:1||Duct:1(Body3)] [S] Bonded10 [UPPER WING:1||Duct:1(Body3)] [S] Bonded11 [LH WING:1||Duct:1(Body3)] [S] Bonded12 [RH WING:1||Duct:1(Body3)] [S] Bonded13 [FUSALAGE:1(UPPER)||LH WING:1] [S] Bonded14 [FUSALAGE:1(UPPER)||RH WING:1] [S] Bonded15 [FUSALAGE:1(UPPER)||UPPER WING:1] [S] Bonded16 [FUSALAGE:1(LOWER)||FUSALAGE:1(UPPER)] [S] Bonded17 [FUSALAGE:1(LOWER)||LOWER WING:1] [S] Bonded18 [FUSALAGE:1(LOWER)||FUSALAGE:1(UPPER)] [S] Bonded19 [FUSALAGE:1(LOWER)||FUSALAGE:1(UPPER)]
Type Nodes Elements Solids 805273 507514
Type Force Magnitude 1250.00 N X Value 0.00 N Y Value 1250.00 N Z Value 0.00 N Force Per Entity No
Name Minimum Maximum Safety Factor Safety Factor (Per Body) 2.774 15.00 Stress von Mises 4.246E-04 MPa 10.815 MPa 1st Principal -6.366 MPa 12.077 MPa 3rd Principal -16.342 MPa 2.65 MPa Normal XX -7.577 MPa 11.123 MPa Normal YY -9.995 MPa 4.912 MPa Normal ZZ -13.003 MPa 5.526 MPa Shear XY -3.047 MPa 3.091 MPa Shear YZ -2.759 MPa 4.513 MPa Shear ZX -5.524 MPa 3.932 MPa Displacement Total 0.004 mm 0.934 mm X -0.476 mm 0.489 mm Y -0.802 mm 0.748 mm Z -0.287 mm 0.341 mm Reaction Force Total 0.00 N 0.00 N X 0.00 N 0.00 N Y 0.00 N 0.00 N Z 0.00 N 0.00 N Strain Equivalent 0.00 0.026 1st Principal 0.00 0.02 3rd Principal -0.026 0.00 Normal XX -0.008 0.014 Normal YY -0.013 0.004 Normal ZZ -0.009 0.007 Shear XY -0.012 0.012 Shear YZ -0.011 0.018 Shear ZX -0.022 0.016 Contact Pressure Total 0.00 MPa 4.644 MPa X -3.02 MPa 3.666 MPa Y -1.20 MPa 1.472 MPa Z -4.569 MPa 2.739 MPa Contact Force Total 0.00 N 28.113 N X -22.924 N 21.255 N Y -9.226 N 7.099 N Z -21.883 N 25.35 N
0.00
8.00
[MPa] 0.00
10.815
[MPa] -6.366
[MPa] -16.342
[mm] 0.004
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