Faculty

Institution

Unit

Venue

Duncan Mellichamp

Professor Emeritus

University of California, Santa Barbara

Affiliations

College of Engineering

Chemical Engineering

Duncan Mellichamp is currently serving as a Chemical Engineering Professor Emeritus at University of California, Santa Barbara.

Honors

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Experiences

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Education

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Duncan Mellichamp

University of California, Santa Barbara

Professor Emeritus

You can click a keyword to filter the displayed items

engineering chemical engineering systems engineering automatic control control systems materials science process control industrial engineering model predictive control adaptive control modeling and simulation recycling manufacturing photonics thermal engineering process design control design nonlinear control optical engineering control optimization controller tuning control science control engineering industrial process control process engineering predictive controller design distillation columns unstable state materials engineering polymer science industrial informatics engineering optimization manufacturing technology industrial control systems time delay systems control strategies operating policy chemical processes canonical variate analysis bilinear systems complex linear polycondensation multicomponent distillation column optimal operating policies predictive controllers multivariable self-tuning controller electronics advanced manufacturing technologies manufacturing science additive manufacturing higher education entropy scientific computing separation technology mass transfer polymer engineering parameter estimation physical modeling system identification nuclear engineering thermal management supervisory control semiconductor technology semiconductor devices semiconductor device fabrication industrial electronics printed electronics mathematical control theory chemical control robust control control technology separation processes dyanmic compartmental models discrete convolution models predictive control automation process automation

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Profitability, Risk, and Investment in Conceptual Plant Design: Optimizing Key Financial Parameters Rigorously Using Npv. Computers & Chemical Engineering (2019)

Duncan A. Mellichamp

design optimizationchemical engineeringconceptual plant designengineeringengineering optimizationfinancerisk management

Exo-Parametric (“Inside-out”) Model of Discounted Cash Flow Calculations Using Npv%: Macro Calculation of Coefficients for an Exact, Collapsed Financial Model. Computers & Chemical Engineering (2018)

Duncan A. Mellichamp

chemical engineeringcomputational modelscollapsed financial modelmacro calculation

Internal Rate of Return: Good and Bad Features, and a New Way of Interpreting the Historic Measure. Computers & Chemical Engineering (2017)

Duncan A. Mellichamp

financial economicschemical engineeringinternal ratefinancehistoric measure

The Advantage of Using External Financing (Leverage) to Design/Build/Operate a New Chemical Plant. Computers & Chemical Engineering (2015)

Duncan A. Mellichamp

chemical engineeringengineeringexternal financingprocess designdesign

New Discounted Cash Flow Method: Estimating Plant Profitability at the Conceptual Design Level While Compensating for Business Risk/Uncertainty. Computers & Chemical Engineering (2012)

Duncan A. Mellichamp

chemical engineeringengineeringconceptual design levelestimating plant profitabilityfinancemathematical finance

Reducing the Mean Size of Api Crystals by Continuous Manufacturing With Product Classification and Recycle. Chemical Engineering Science (2010)

Derek W. GriffinDuncan A. MellichampMichael F. Doherty

manufacturingmean sizeapi crystalschemical engineeringengineeringproduct classificationmaterials sciencerecycling

Effect of Competing Reversible Reactions on Optimal Operating Policies for Plants With Recycle. Industrial & Engineering Chemistry Research (2009)

Derek W. GriffinDuncan A. MellichampMichael F. Doherty

optimal operating policieschemical engineeringengineeringreversible reactionsrecycling

Selectivity Versus Conversion and Optimal Operating Policies for Plants With Recycle. AIChE Journal (2008)

Derek W. GriffinDuncan A. MellichampMichael F. Doherty

chemical engineeringoptimal operating policiesselectivity versus conversionrecycling

Choosing an Operating Policy for Seeded Batch Crystallization. AIChE Journal (2006)

Jeffrey D. WardDuncan A. MellichampMichael F. Doherty

chemical engineeringoperating policyoperations researchseeded batch crystallization

Insight From Economically Optimal Steady-State Operating Policies for Dynamic Plantwide Control. Industrial & Engineering Chemistry Research (2006)

Jeffrey D. WardDuncan A. MellichampMichael F. Doherty

industrial engineeringdynamic plantwide controlengineeringeconomics

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Duncan Mellichamp

Professor Emeritus

University of California, Santa Barbara

Affiliations

College of Engineering

Chemical Engineering

Duncan Mellichamp is currently serving as a Chemical Engineering Professor Emeritus at University of California, Santa Barbara.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Duncan Mellichamp

University of California, Santa Barbara

Professor Emeritus

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Profitability, Risk, and Investment in Conceptual Plant Design: Optimizing Key Financial Parameters Rigorously Using Npv. Computers & Chemical Engineering (2019)

Duncan A. Mellichamp

design optimizationchemical engineeringconceptual plant designengineeringengineering optimizationfinancerisk management

Duncan A. Mellichamp

chemical engineeringcomputational modelscollapsed financial modelmacro calculation

Internal Rate of Return: Good and Bad Features, and a New Way of Interpreting the Historic Measure. Computers & Chemical Engineering (2017)

Duncan A. Mellichamp

financial economicschemical engineeringinternal ratefinancehistoric measure

The Advantage of Using External Financing (Leverage) to Design/Build/Operate a New Chemical Plant. Computers & Chemical Engineering (2015)

Duncan A. Mellichamp

chemical engineeringengineeringexternal financingprocess designdesign

New Discounted Cash Flow Method: Estimating Plant Profitability at the Conceptual Design Level While Compensating for Business Risk/Uncertainty. Computers & Chemical Engineering (2012)

Duncan A. Mellichamp

chemical engineeringengineeringconceptual design levelestimating plant profitabilityfinancemathematical finance

Reducing the Mean Size of Api Crystals by Continuous Manufacturing With Product Classification and Recycle. Chemical Engineering Science (2010)

Derek W. GriffinDuncan A. MellichampMichael F. Doherty

manufacturingmean sizeapi crystalschemical engineeringengineeringproduct classificationmaterials sciencerecycling

Effect of Competing Reversible Reactions on Optimal Operating Policies for Plants With Recycle. Industrial & Engineering Chemistry Research (2009)

Derek W. GriffinDuncan A. MellichampMichael F. Doherty

optimal operating policieschemical engineeringengineeringreversible reactionsrecycling

Selectivity Versus Conversion and Optimal Operating Policies for Plants With Recycle. AIChE Journal (2008)

Derek W. GriffinDuncan A. MellichampMichael F. Doherty

chemical engineeringoptimal operating policiesselectivity versus conversionrecycling

Choosing an Operating Policy for Seeded Batch Crystallization. AIChE Journal (2006)

Jeffrey D. WardDuncan A. MellichampMichael F. Doherty

chemical engineeringoperating policyoperations researchseeded batch crystallization

Insight From Economically Optimal Steady-State Operating Policies for Dynamic Plantwide Control. Industrial & Engineering Chemistry Research (2006)

Jeffrey D. WardDuncan A. MellichampMichael F. Doherty

industrial engineeringdynamic plantwide controlengineeringeconomics

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