2017

Application of a Validation/Uncertainty Quantification (VUQ) Methodology at Two Scales: From Modeling of Char Oxidation to Simulation of a 1.5MW Coal-Fired Furnace

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Application of a Validation/Uncertainty Quantification (VUQ) Methodology at Two Scales: From Modeling of Char Oxidation to Simulation of a 1.5MW Coal-Fired Furnace

Status

Published

on 20 Nov 2017

Year of Creation

2017

Oscar Homero Diaz Ibarra

Registration Number

TX0008504921

on 20 Nov 2017

The U.S. Copyright record (Registration Number: TX0008504921) dated 20 Nov 2017, pertains to an electronic file (eService) titled "Application of a Validation/Uncertainty Quantification (VUQ) Methodology at Two Scales: From Modeling of Char Oxidation to Simulation of a 1.5MW Coal-Fired Furnace" created in 2017. The copyright holder is Oscar Homero Diaz Ibarra, known for their creative contributions in text registration. For any inquiries concerning this copyrighted material, kindly reach out to Oscar Homero Diaz Ibarra.

Oscar Homero Diaz Ibarra

Application Details

Registration Number

TX0008504921

Registration Date

11/20/2017

Year of Creation

2017

Agency Marc Code

DLC-CO

Record Status

New

Physical Description

Electronic Deposit

First Publication Nation

United States

Personal Authors

Oscar Homero Diaz Ibarra

Notes

Rights Note: Mark Dill, ProQuest-CSA, LLC, 789 E. Eisenhower Parkway, Ann Arbor, MI, 48108-3218, United States, (800) 521-0600, disspub@proquest.com

Statements

Application Title Statement: Application of a Validation/Uncertainty Quantification (VUQ) Methodology at Two Scales: From Modeling of Char Oxidation to Simulation of a 1.5MW Coal-Fired Furnace

Author Statement: Oscar Homero Diaz Ibarra Citizenship: Colombia Authorship: text

Notes

Rights Note: Mark Dill, ProQuest-CSA, LLC, 789 E. Eisenhower Parkway, Ann Arbor, MI, 48108-3218, United States, (800) 521-0600, disspub@proquest.com

Statements

Application Title Statement: Application of a Validation/Uncertainty Quantification (VUQ) Methodology at Two Scales: From Modeling of Char Oxidation to Simulation of a 1.5MW Coal-Fired Furnace

Author Statement: Oscar Homero Diaz Ibarra Citizenship: Colombia Authorship: text

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