Episodios

  • 4: Pressure Loss in Pipes
    Dec 7 2015
    In the fourth episode of the Neutrium podcast Trevor and Matt continue their discussions on process hydraulics, covering the calculation of the friction factor and its subsequent use in determining pressure loss in a pipe.
    With Trevor Walker and Matthew Kidd.

    Links of potential interest:

    • Neutrium on Bernoullis Equation
    • Neutrium on Reynolds Number
    • Neutrium on Head vs Pressure
    • Neutrium on Pressure loss in a Pipe
    • Crane Flow of Fluids Through Valves, Fittings, and Pipe (TP-410)
    • Chemical Engineering Volume 1, Sixth Edition: Fluid Flow, Heat Transfer and Mass Transfer (Coulson & Richardson’s Chemical Engineering)
    • Fluid Flow for Chemical and Process Engineers, Second Edition
    • Piping Calculations Manual

    Support Neutrium:

    • Patreon

    Support Neutrium on Patreon
    Episode sponsor:
    Many Tricks:

    If you’re looking for some Mac software that can do Many Tricks remember to specifically visit the URL below for more information about their amazingly useful apps.

    Visit manytricks.com/engineered and use the Coupon Code (listen to the episode to get the code) for 25% off the total price of your order. Hurry it's only for a limited time!
    Más Menos
    20 m
  • 3: Introduction to Hydraulics
    Nov 17 2015
    In the third episode of the Neutrium podcast Trevor and Matt start a multi-episode arc on process hydraulics. This week they introduce the concept of pressure and discuss Bernoulli's principal, flow regime and Reynolds number.
    With Trevor Walker and Matthew Kidd.
    • Neutrium on Bernoullis Equation
    • Neutrium on Head vs Pressure
    • Neutrium on Torricelli’s Law
    • Neutrium on Reynolds Number
    • Chemical Engineering Volume 1, Sixth Edition: Fluid Flow, Heat Transfer and Mass Transfer (Coulson & Richardson’s Chemical Engineering)
    • Fluid Flow for Chemical and Process Engineers, Second Edition
    • Perry’s Chemical Engineers’ Handbook, Eighth Edition

    Support Neutrium:

    • Direct donation
    • Patreon

    Support Neutrium on Patreon
    Episode sponsor:
    Many Tricks:

    If you’re looking for some Mac software that can do Many Tricks remember to specifically visit the URL below for more information about their amazingly useful apps.

    Visit manytricks.com/engineered and use the Coupon Code (listen to the episode to get the code) for 25% off the total price of your order. Hurry it's only for a limited time!
    Más Menos
    18 m
  • 2: The Joule-Thomson Effect and Hydrate Formation
    Oct 27 2015
    In the second episode of the Neutrium podcast, Trevor and Matt present the theory behind the Joule-Thomson effect and discuss the dangers and prevention of hydrate formation.
    With Trevor Walker and Matthew Kidd.

    Links of potential interest:

    • Neutrium on hydrate formation in gas systems
    • Neutrium on Joule-Thomson cooling
    • What went wrong?: Case Histories of Process Plant Disasters and How they Could Have Been Avoided
    • Lees’ Loss Prevention in the Process Industries
    • iChemE Feyzin Disater case study
    • Health and Safety Executive Feyzin accident summary

    Support Neutrium on Patreon
    Más Menos
    27 m
  • 1: Unit Conversions
    Oct 12 2015
    Since the dawn of thinking, mankind has been measuring things. If humans are going to tell each other about all the great counting and measuring they have been doing, they need to put it in terms that others can understand. In Neutrium's first episode, Trevor and Matthew discuss unit conversions.
    With Trevor Walker and Matthew Kidd.

    Links of potential interest:

    • The history of measurement
    • Mars Climate Orbiter
    • Gimli Glider
    • ISO 80000-1
    • Countries not using the metric system
    • NDConvert a unit converter for iOS made by the hosts (please note it hasn’t been updated for 3.7"+ screens, but an update is planned eventually)
    • NeutriumJS.convert, the offical Neutrium unit conversion engine (in javascript).

    Support Neutrium on Patreon
    Más Menos
    20 m