Search Results - "SIM, Wayne D."

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  1. 1

    Getting a handle on advanced cubic equations of state by TWU, Chorng H, SIM, Wayne D, TASSONE, Vince

    Published in Chemical engineering progress (01-11-2002)
    “…The constants u and w are EOS-dependent. Twu et. al. (2, 3) propose a methodology to find a CEOS that predicts liquid densities for heavy hydrocarbons and…”
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    Journal Article Magazine Article
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    A versatile liquid activity model for SRK, PR and a new cubic equation-of-state TST by Twu, Chorng H, Sim, Wayne D, Tassone, Vince

    Published in Fluid phase equilibria (30-03-2002)
    “…The recent development of a new excess Gibbs function G E by Twu, Sim and Tassone allows infinite-pressure cubic of equations of state /A E (CEOS /A E) mixing…”
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    Journal Article
  4. 4

    New solid equation of state combining excess energy mixing rule for solid-liquid equilibria by Twu, Chorng H., Tassone, Vince, Sim, Wayne D.

    Published in AIChE journal (01-11-2003)
    “…Crude oil is a mixture of light and heavy hydrocarbon components. The light components in crude oil keep the heavy components soluble in solution. However, the…”
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    Journal Article
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    Advanced equation of state method for modeling TEG–water for glycol gas dehydration by Twu, Chorng H., Tassone, Vince, Sim, Wayne D., Watanasiri, Suphat

    Published in Fluid phase equilibria (01-02-2005)
    “…An advanced equation of state has been developed for modeling triethylene glycol (TEG)–water system for glycol gas dehydration process. The dehydration of…”
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    Journal Article
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    An Extension of CEOS/A E Zero-Pressure Mixing Rules for an Optimum Two-Parameter Cubic Equation of State by Twu, Chorng H., Sim, Wayne D., Tassone, Vince

    “…Cubic equations of state are widely used in refinery and petroleum reservoir industries for the prediction of fluid-phase behavior. Two of the most well-known…”
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    Liquid activity coefficient model for CEOS/ AE mixing rules by Twu, Chorng H., Sim, Wayne D., Tassone, Vince

    Published in Fluid phase equilibria (01-07-2001)
    “…The current well-known excess Gibbs functions that combine with cubic equations of state (CEOS) all reduce to the ideal solution functions. A new class of…”
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    Journal Article
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