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Farzad Forughi
Home
Projects
My Home Lab!
Research and development of a Humanlike High-Performance Hand
Schmidt Boelter heat flux sensor
Industrial X-ray Measurement (2021)
Development of a Nuclear Densitometer
Industrial Bubble Size Measurement (2020)
Piezoelectric and Pneumatic Miniature Actuator (PDF; 2019)
Experimental Study of Drying Process (Ph.D. Project; 2018)
Relative Transmittance Measurement Setup (2015)
One-dimensional Wetting (2015)
OCT for Topography of Objects (2017)
A Wind Tunnel for Simulation of Contact Drying (2017)
A Wind Tunnel for Simulation of TAD (2018)
Synovial Joint Simulation (2017)
Design of an Optical Particle Counter (OPC) (2012)
Particle Image Velocimetry (PIV); (2010-2021)
Development of an Optical Aethalometer (2012)
A Clock with Assembly on 89C51 Microcontroller (2006)
A QC3 controller using Arduino (2019)
About
Farzad Forughi
Home
Projects
My Home Lab!
Research and development of a Humanlike High-Performance Hand
Schmidt Boelter heat flux sensor
Industrial X-ray Measurement (2021)
Development of a Nuclear Densitometer
Industrial Bubble Size Measurement (2020)
Piezoelectric and Pneumatic Miniature Actuator (PDF; 2019)
Experimental Study of Drying Process (Ph.D. Project; 2018)
Relative Transmittance Measurement Setup (2015)
One-dimensional Wetting (2015)
OCT for Topography of Objects (2017)
A Wind Tunnel for Simulation of Contact Drying (2017)
A Wind Tunnel for Simulation of TAD (2018)
Synovial Joint Simulation (2017)
Design of an Optical Particle Counter (OPC) (2012)
Particle Image Velocimetry (PIV); (2010-2021)
Development of an Optical Aethalometer (2012)
A Clock with Assembly on 89C51 Microcontroller (2006)
A QC3 controller using Arduino (2019)
About
More
Home
Projects
My Home Lab!
Research and development of a Humanlike High-Performance Hand
Schmidt Boelter heat flux sensor
Industrial X-ray Measurement (2021)
Development of a Nuclear Densitometer
Industrial Bubble Size Measurement (2020)
Piezoelectric and Pneumatic Miniature Actuator (PDF; 2019)
Experimental Study of Drying Process (Ph.D. Project; 2018)
Relative Transmittance Measurement Setup (2015)
One-dimensional Wetting (2015)
OCT for Topography of Objects (2017)
A Wind Tunnel for Simulation of Contact Drying (2017)
A Wind Tunnel for Simulation of TAD (2018)
Synovial Joint Simulation (2017)
Design of an Optical Particle Counter (OPC) (2012)
Particle Image Velocimetry (PIV); (2010-2021)
Development of an Optical Aethalometer (2012)
A Clock with Assembly on 89C51 Microcontroller (2006)
A QC3 controller using Arduino (2019)
About
Industrial Bubble Size Measurement in Liquids and Fluidized beds (2020)
This Project was carried out at Coanda as a part of an internal development program.
Illustration of the bubble size and velocity measurement optical probe. Probe diameter is 3 mm.
Sample Results
:
The Schematic of the fluidized bed column. The optical probe is measuring the PSD of the
bubbles in the probe.
Excellent agreement with theoretical estimations was observed.
The images belong to Coanda Research and Development. They have been presented in CFB13 conference (2021).
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