Transducer design optimisation
Xi Engineering Consultants modelled and optimised a piezoelectric transducer for structure borne data transmission, delivering a robust, low risk design that works where electromagnetic communication fails.
Xi Engineering Consultants modelled and optimised a piezoelectric transducer for structure borne data transmission, delivering a robust, low risk design that works where electromagnetic communication fails.
Xi Engineering Consultants simulated the smart home device’s microphone chamber, checking resonances and thermoviscous losses so the client could commit to tooling with confidence in voice activation performance.
Xi Engineering Consultants created calibrated Multiphysics models of Warwick Acoustics’ electrostatic headphone transducers, cutting prototype builds, optimising performance and enabling rapid customisation for end clients.
Xi Engineering Consultants built a MATLAB based tool for Edge Mobility that turns custom motorcycle drive cycles into power and torque profiles, helping engineers size electric motors accurately and quickly.
Xi Engineering Consultants instrumented a motorcycle with GPS, motion and wind sensors to measure real drive cycles, using the data to validate and refine a power and torque model for electric bike design.
Xi Engineering Consultants modelled Linn’s passive aluminium chimney heat exchanger, optimising fin geometry and airflow so a flagship amplifier could run cool and reliable without fans.
By developing the HAVmeter tool vibration monitor, Xi brought electronics into the tough construction environment, giving workers and employers a simple way to understand and control vibration risk.
Xi Engineering Consultants carried out an expert noise and vibration review of a novel compressor, resolving current issues and uncovering hidden risks before launch.
Xi helped Reactec move from tool mounted sensors to a body worn personal vibration monitor.