Effective Underground Rail Vibration Monitoring: Ensuring Premises Safety with Real-Time Data Solutions
Underground Rail Vibration Concerns in London ...
Flow-Induced Vibrations: Understanding Fluid Dynamics in Solar Shading Design
Flow-Induced Vibrations: Understanding Fluid Dynamics in ...
Vibration Issues at an Edinburgh Hotel: A Case Study
Vibration Issues at The Rutland Hotel ...
Ground-Borne Vibration Solutions
Ground-Borne Vibration Solutions Ground-borne ...
Linn: High-Performance Speaker Amplifier Design
The Challenge: Keeping High-End Audio Electronics ...
Isolation System for Neonatal Transport
Development of a shock and vibration damping system for neo-natal transport.
Linn: Thermal Modelling of Passive Heat Exchangers for High-Performance Loudspeaker Amplifiers
High-End Audio and Heating of Electronic ...
Modelling Modular Microfluidic Printing Systems for Biological Assay Applications
Xi worked collaboratively with Arrayjet as an R&D partner to develop models in COMSOL Multiphysics using the Solid Mechanics and Computational Fluid Dynamics Modules to better understand microfluidic gasket sealing and fluid flow between the aspirator and printhead modules.
Wind Turbine Noise Amplitude Modulation
Amplitude Modulation (AM) relates to the varying characteristic of wind turbine noise which means that it can cause more annoyance than constant, stable noise of a similar level. Xi offer a service for the measurement and rating of AM and have a wealth of experience in making recommendations and designing solutions for noise and vibration issues in the renewables sector.
Protecting the Edinburgh Zoo Giant Pandas From Stress.
As the pandas depart from Edinburgh Zoo, we wanted to take this opportunity to share our story of involvement and how we protected the pandas from stress by designing a soundproof enclosure. Our efforts to accommodate these remarkable creatures have been a privilege. While we bid them farewell, we're proud to have played a part in their stay. This is how we protected the pandas from stress by using advanced sound measurements and Multiphysics simulation.
