Finite Element Modeling of Polymeric Underfill Creep for Silicon Sensors
Finite element modeling of underfill creep uses Prony viscoelasticity and Anand viscoplasticity to predict and compensate long-term silicon sensor drift.
Finite Element Modeling of Thermoelastic Stress Vectors across Fiber Optic Gyroscope Coils
Finite element modeling of FOG coil thermoelastic stress vectors requires anisotropic orthotropic material matrices to capture photoelastic birefringence drift.
Modeling Permeation-Induced Capacitance Offset and Hydration Drift Kinetics in Borosilicate Hermetic Sensors
Borosilicate hermetic capacitive sensors exhibit non-Fickian hydration drift and mechanical swelling offsets that require kinetics modeling to hold tolerances.
Prony Series Viscoelastic Modeling for Sensor Packaging Stress Relaxation Analysis
Prony series modeling converts polymer relaxation data into actionable sensor zero-drift predictions, isolating packaging strain from true physical signals.