BERYLLIUM STABLE PLATFORM for INERTIAL NAVIGATION AND GUIDANCE SYSTEMS 3/27/2015 Don Blanchet 3B Associates 339-234-3544 For Reference only
BERYLLIUM STABLE PLATFORMfor
INERTIAL NAVIGATION ANDGUIDANCE SYSTEMS
3/27/2015Don Blanchet3B Associates339-234-3544
ForReference
only
GOAL Compute the mechanical stiffness
of a candidate inertial platform design using finite element analysis
Loading is 20G steady state
Triad compensation can be estimated
Results summary
Platform axis Acceleration deflection, inches
X .0000008009
Y .0000039840
Z .0000003582