Real-World Samples
Definitions
1
Single Spring
20°C
Thermal Relaxation: 0.0% stiffness reduction
2
Pack Layout
Load Case
0.0 mm0Limit: 24.0
Loading 3D Engine...
RATE (Total)26 N/mm
LOAD @ 0mm0.00 kN
CLEARANCE23.92 mm
Engineering Audit
Spring
Plate
FACTORY QUOTE STATUSSAFE TO QUOTE
Profile not configured. Safe-to-Quote gate is inactive.
All capabilities verified.
k26.33
C 10.00
SF 2.00
Engineering OK
Governing ModeStress
Utilization / Ratio0%
Design Rules Checklist
Spring-to-Spring Clearance23.92
Clearance OK
Boundary Clearance4.00
Boundary OK
Pack Performance
SOLID HEIGHT PACK26.0 mm
MAX STROKE24.0 mm
Manufacturing Risk
Performance Envelope (Worst-Case)
Spring Rate (k)100.00 N/mm
100.00
100.00
Range: 0.00 N/mm (±0.0%)
RFQ-AXIAL-PACK 8x Parallel @ R60 Spring: 2x20x50 Rate: 26.3 N/mm Clearance: 23.92mm
Spring Engineering Operating SystemEnvelope Governed
Summary: Envelope Utilization
Envelope UtilizationOK
Utilization0%
dynamic_utilization0.00 ratio
geometry_utilization0.00 ratio
s_work0.00 mm
limit_dynamic21.60 mm
limit_geometry24.00 mm
Utilization 0.0%.
Stacking TopologyINFO
parallel_count1.00 idx
series_count1.00 idx
Single spring.
Validation PlanINFO
Recommended Test Points: Preload (10%) @ 0.00mm; Working Point @ 0.00mm. Verify load at these deflections.
Axial Spring Pack – Engineering Report
Part: ASP-262918Rev: 1.0.2Date: 2026-01-01
OEM ENGPolicy: V1
STATUS
OK
Design Rules Audit
MIN SF
-
Fatigue Policy V1
RATE K
26.3
N/mm (Total Pack)
CLEARANCE
23.9 mm
Spring-to-Spring
System Definition & Details
Spring Geometry
d: 2Dm: 20Na: 6L0: 50
Pack Layout
Count N: 8Radius: 60Index C: 10.0
Design Rules Audit
PASSSpring-to-Spring Clearance
23.92OK
Boundary Clearance
4.00OK
Rules assess geometry only, not safety or manufacturability.
System Performance Curve
Load Sharing & Stress
Shear Stress Utilization0.0%
Corrected: 0 MPaLimit: 800 MPa
Plate Bending Stress0 MPa
Yield: 350 MPa
Documentation & Export
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