Tenders Are Invited For Specialist Optical Instruments – Procurement Of An Optical Measurement System For Volumetric, Time-Resolved Fluid And Structure Measurements In Water

Specialist Optical Instruments – Procurement Of An Optical Measurement System For Volumetric, Time-Resolved Fluid And Structure Measurements In Water. The Technical University Of Berlin (Tu Berlin, The Client/Ag) Plans To Procure An Optical Measuring System For Volumetric, Time-Resolved Measurements Of Velocity Fields And Structural Deformations In Water For Research Purposes. It Must Be Possible To Derive Two-Dimensional Measurement Data From The Time-Resolved Volumetric Velocity Fields. In Addition, The System Must Be Able To Record The Dynamics Of Collapsing Cavitation Bubbles In A Time-Resolved Manner And Optically Record Macroscopic Cavitation And Evaluate It Statistically. The Measuring System Should Consist Of At Least Four High-Speed Cameras Including A Scheimpflug Adapter And At Least One High-Performance Led For Volume Illumination. Furthermore, The Entire System Must Contain The Hardware (Computer) Necessary For Operation And Data Evaluation, Including The Necessary Measurement And Evaluation Software. The Modular System Must Be Designed So That The Cameras Can Be Placed Individually To Capture The Desired Measurement Volume. The System Should Be Expandable At Any Time With Hardware And Software. / Technical University Of Berlin (Tu Berlin) Intends To Procure, For Research Purposes, An Optical Measurement System For Volumetric, Time-Resolved Velocity Field And Structural Deformation Measurements In Water. The Measurement System Must Be Capable Of Capturing Time-Resolved Volumetric Velocity Fields, From Which Two-Dimensional Velocity Field Can Be Derived. Furthermore, The System Must Be Able To Capture The Dynamics Of Collapsing Cavitation Bubbles In A Time-Resolved Manner, As Well As Optically Capture Macroscopic Cavitation And Evaluate Them Statistically. The Measurement System Consists Of At Least Four High-Speed Cameras Including Scheimpflug Adapters, As Well As At Least A High-Power Led For Volume Illumination. In Addition, The Overall System Must Include The Hardware Required For Operation And Data Evaluation, As Well As The Necessary Measurement And Evaluation Software. The Modular System Must Be Designed Such That The Cameras Can Be Individually Positioned To Capture The Desired Measurement Volume. The System Shall Be Expandable At Any Time Through Additional Hardware And Software.