Medical pressure pump design
Reviewing a prototype medical pressure pump, Xi identified the main noise and vibration sources and set out a clear development strategy to make the device quieter and more comfortable for patients.
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Design of a tool vibration monitor
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.
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Wind turbine noise and vibration measurement
Xi Engineering Consultants has developed a safe on tower measurement system that captures high quality noise and vibration data from modern wind turbines while engineers remain on the ground.
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Structural dynamics and construction site surveys
From structural resonance analysis to real time site monitoring, Xi supports construction teams with clear evidence that their designs and works will perform as intended and meet regulatory expectations.
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Expert review of compressor design
Xi Engineering Consultants carried out an expert noise and vibration review of a novel compressor, resolving current issues and uncovering hidden risks before launch.
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Monitoring underground rail vibrations
Xi Engineering Consultants designed and installed a targeted vibration monitoring system above an underground rail line, giving the owner clear evidence on building safety and occupant comfort.
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Design of a personal vibration monitor
Xi helped Reactec move from tool mounted sensors to a body worn personal vibration monitor.
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Microfluidic printing systems for biological assays with Arrayjet
Xi worked with Arrayjet to build solid mechanics and CFD models of their modular microdroplet dispensing system.
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Isolation system for neonatal transport
Xi Engineering Consultants developed and validated a vibration isolation system for neonatal transport to protect premature infants during critical transfers between hospitals.
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Flow induced vibrations in solar shading CFD and structural validation
Xi Engineering Consultants evaluated the aerodynamic, structural and acoustic behaviour of a new solar shading louvre system to de risk performance and avoid costly redesign.
