Upcoming Flow Measurement Seminars
Track: Flow Measurements
Saturday, August 24 | 8:00 AM – 5:00 PM | 1-Day (8 Hours) |
Course Title: Gas & Liquid Flow Measurement Fundamentals
Instructor: Richard Fertell, Proteus Industries, Inc.
Course Description Number: Tfm-1 | Pairs with Tfm-2 and Tfm-3
Course Description
Sunday, August 25 | 8:00 AM – 12:00 PM | 1/2-Day AM (4 Hours) |
Course Title: Uncertainty Analysis: Coriolis Mass Flow Meters
Instructor: Richard Fertell, Proteus Industries, Inc.
Course Description Number: Tfm-2 | Pairs with Tfm-1 and Tfm-3
Course Description
Sunday, August 25 | 1:00 PM – 5:00 PM | 1/2-Day PM (4 Hours) |
Course Title: Uncertainty Analysis: Liquid Flow Rig Measurement
Instructor: Richard Fertell, Proteus Industries, Inc.
Course Description Number: Tfm-3 | Pairs with Tfm-1 and Tfm-2
Course Description
Proteus Industries presents Tutorial Workshops at the Y2017 Measurement Science Conference:
Tutorial 1
> A Flow Rate Technology Fundamentals & Viscosity Measurement
> Liquid Flow Rig Measurement Uncertainty Assessment
Tutorial 2
> Coriolis Meter Measurement Uncertainty Analysis
About MSC Training Symposium
The Measurement Science Conference was founded in 1970 to promote education and professionalism in Measurement Science related disciplines. READ MORE
Automated life stand advances nanotechnologies
Implementation and Benefits of an Automated Instrumentation System for Reliability, Aging and Accelerated Life Testing of Liquid Flow Rate Measuring Instruments used in Semiconductor Manufacturing Process Control, Chemical Vapor Deposition Chambers, and Nanotechnology design… READ MORE
Featured on IEEE® digital library
A Flow Measurement System Finds Alternative Applications
The original plan was to develop a flow measurement and control system with leak detection and energy-use calculations for liquid-cooled supercomputers at the Lawrence Livermore National Laboratory. The original plan was to develop a… READ MORE
Featured on Flow Control Magazine
Calibrating Liquid Flow Instruments Beyond +5 °C to +90 °C
This article is the first of a series describing how to perform liquid flow rate calibrations at fluid temperatures below +5 °C and above +90 °C. READ MORE
Featured on Cal Lab Magazine
