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Optimality design

Smith, R., and Jones, P. S., The Optimal Design of Integrated Evaporation Systems, Heat Recovery Systems and CHP, 10 341, 1990. [Pg.93]

Factorial design methods cannot always be applied to QSAR-type studies. For example, i may not be practically possible to make any compounds at all with certain combination of factor values (in contrast to the situation where the factojs are physical properties sucl as temperature or pH, which can be easily varied). Under these circumstances, one woul( like to know which compounds from those that are available should be chosen to give well-balanced set with a wide spread of values in the variable space. D-optimal design i one technique that can be used for such a selection. This technique chooses subsets o... [Pg.713]

Eurther research on convective transport under low Reynolds number, quasicontinuum conditions is needed before the optimal design of such a micro heat exchanger is possible. The cooling heat exchanger is usually thermally linked to a relatively massive substrate. The effects of this linkage need to be explored and accurate methods of predicting the heat-transfer and pressure-drop performance need to be developed. [Pg.495]

Until the 1970s, solar ponds were constmcted and operated as more of an art than a science. Since then, rising land value, environmental conscientiousness, limited space, and rising costs have forced a scientific approach to solar pond optimization, design, and operation to make ponds more productive. [Pg.407]

D. J. Wdde, Globally Optimal Designs Wdey-Interscience, New York, 1978. [Pg.68]

Optimal design of ammonia synthesis by differential equation solution and a numerical gradient search... [Pg.706]

Shahinpoor, M., H.S. Lausen, J.L. Wise, J.R. Asay, C.H. Konrad, and R.D. Harday (1985), Ballistics Computer Code Manupulation for Optimal Design and Operation of Two-Stage Light Gas Guns, SNL—Solid Dynamics Department, Quarterly Report, October 1985. [Pg.73]

The choice of a turboexpander load may be influenced by the desire to optimize refrigeration. In other words, a dynamometer load may be chosen over a generator load due to speed considerations. Additionally, there are other constraints imposed on optimal design. Factors such as impeller peripheral velocity (tip speed), bearing design, axial load balance, material selection, and manufacturing methods (which have greatly improved in the recent decades) all have an influence. [Pg.59]

The use of probabilistie eoneepts in struetural steelwork design eould potentially reduee material eosts by delivering optimized designs with standard seetion sizes, sueh seetions being typieally used in large volumes and repetitive applieations. Here we will demonstrate this point by seleeting the optimum seetion size for a given situation where a standard struetural member must be utilized. [Pg.235]

The above results are based on data obtained for optimized designs and under ideal test conditions. To translate our findings to the real world, one must factor in liquid and vapor maldistribution, which is far more detrimental to the efficiency of packings than trays. In addition. one also must account for poor optimization or restrictive internals, which are far more detrimental to the capacity of trays than packings. We also have cited several other factors that need to be considered when translating the findings of our analysis to real-world towers. ... [Pg.93]

Catalytic crackings operations have been simulated by mathematical models, with the aid of computers. The computer programs are the end result of a very extensive research effort in pilot and bench scale units. Many sets of calculations are carried out to optimize design of new units, operation of existing plants, choice of feedstocks, and other variables subject to control. A background knowledge of the correlations used in the "black box" helps to make such studies more effective. [Pg.17]

Omoleye, J. A., Adesina, A. A., and Udegbunam, E. O., Optimal design of nonisothermal reactors Derivation of equations for the rate-temperature conversion profile and the optimum temperature progression for a general class of reversible reactions, Chem. Eng. Comm., Vol. 79, pp. 95-107, 1989. [Pg.551]

Richburg, A. and El-Halwagi, M. M. (1995). A graphical approach to the optimal design of heat-induced separation networks for VOC recovery. AlChE Symp. Ser., 91(304), 256-... [Pg.15]

El-Halwagi, M. M., El-Halwagi, A. M., and Manousiouthakis, V. (1992). Optimal design of dephenolization networks for petroleum-refinery wastes. Trans. Inst. Chem. Eng. 70, Part 8,131-139. [Pg.82]

Hamad, A. A., Garrison, G. W., Crabtree, E, W., and El-Halwagi, M. M. (1996), Optimal Design of Hybrid Separation Systems for Waste Reduction, Fifth World Congress of Chemical Engineers, Vol. Ill, pp. 453-458, San Diego, California. [Pg.104]

EJ-Haiwagi, M. M. (1993). Optimal design of membrane hybrid systems for waste reduction. Sep. Sci. TechnoL, 28(1-3), 283-307. [Pg.287]

Fan, L. T., Erickson, L. E., Sucher, R. W., and Mathad, G. S. (1965). Optimal design of a sequence of continuous-flow stiired-tank reactors with product recycle. Ind Eng Chem., 4, 432—440. [Pg.295]

This short outiine suggests that it is difficult to find Optimal design para-meters for air curtains. CFD may provide a more effective design method for air curtains (see Chapter 13). There are some published articles applying CFD to air jets, but comparison with experimental data is lacking. [Pg.943]

For the first kind of application, the focus is on certain elements of the HVAC component under consideration. The simulation is used to study and optimize design-specific aspects such as the pipe size and spacing or wetted area and fin geometry in a heat exchanger. This kind of modeling requires detailed knowledge on many input parameters and the related physical processes. [Pg.1072]

Are measures taken to simplify, optimize designs, reduce waste, and minimize risks ... [Pg.81]


See other pages where Optimality design is mentioned: [Pg.9]    [Pg.362]    [Pg.230]    [Pg.714]    [Pg.31]    [Pg.403]    [Pg.819]    [Pg.1243]    [Pg.1247]    [Pg.1405]    [Pg.1839]    [Pg.254]    [Pg.518]    [Pg.29]    [Pg.51]    [Pg.10]    [Pg.13]    [Pg.14]    [Pg.45]    [Pg.248]    [Pg.261]    [Pg.261]    [Pg.294]    [Pg.513]   
See also in sourсe #XX -- [ Pg.307 ]

See also in sourсe #XX -- [ Pg.307 ]




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Continuous D-optimality design

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D-optimal design

D-optimality designs

Design Criteria and Optimization

Design and Optimization Procedure

Design and Optimization Studies

Design and Optimization of Bioreactor Hardware

Design and Optimization of Retrofitted DWC

Design and optimization of cement-based composites

Design constrained optimization

Design material optimization

Design of Optimal Product

Design optimal multiple reactor

Design optimization

Design optimization techniques

Design optimization, optical biosensors

Design optimized

Design optimized

Design process optimization

Design process, optimal

Design, Development and Optimization Crystal Structures of Microsomal Cytochromes

Design-Optimization Procedure

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Device design and optimization

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Distillation optimal design

Drug design lead optimization

Drug design optimization methods

Drug design structure-assisted lead optimization

EC-optimal designs

Enamine Synthesis over Molecular Sieves, D-Optimal Design

Energy systems, design optimization

Example D-optimal design for screening of variables in enamine synthesis

Experimental design and optimization

Experimental design optimization strategies

Extraction optimized design of agitated vessels

Extractive Distillation Design and Optimization

Factorial design and optimization

Factorial design, lead optimization

Global Optimization by Natural Design

Heat Exchanger Network Design Based on the Optimization of Reducible Structure

Heat exchanger network design optimization

Impeller Design Optimization

Integrated process/product design/optimization

Method optimization response surface designs

Mixture design optimization

Model validation, optimal design

Molecular structure design optimization

Molecule, design optimization formulations

Multi-objective seismic design optimization

Novel Methodologies for Optimal Product Design from Biomass

OPTIMAL AND ROBUST CONTROL SYSTEM DESIGN

On the Optimal Design of Amorphous Mangaense Oxide For Applications in Power Sources

Optimal Design Flowsheet for a Three-Column System

Optimal Design and Practical Considerations of Tuned Mass Dampers for Structural Control

Optimal Design and Scheduling of Batch Processes

Optimal Design of Chemical Processes for Multiple Economic and Environmental Objectives

Optimal Staging Design

Optimal auction design

Optimal control theory laser pulse design

Optimal design of experiments

Optimal design of non-isothermal reactors

Optimal designs for tubular reactors

Optimal economic steady-state design

Optimal multiple reactor system design

Optimization Designer

Optimization central composite design

Optimization design equations

Optimization design variables

Optimization drug design

Optimization experimental designs for

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Optimization heat exchanger design

Optimization mixture design statistical technique

Optimization of Design Parameters

Optimization of Material Design through Correlation Statistics

Optimization of design

Optimization of process designs

Optimization specific design

Optimization statistically designed experiment

Optimize reactor design

Optimized Design of Direct Gap Photovoltaic Cells

Optimized design of a RD column for MTBE synthesis as obtained in chapter

Optimized design of a RD column for MTBE synthesis based on economic performance and exergy efficiency

Optimizing Designs

Optimizing Designs-II

Optimizing Optimizations, Optimization and Process Design

Optimizing Photobioreactor Design

Optimizing control design

Pixel design, optimal

Process Design and Optimization

Process Design, Optimization, and Shortcut Calculations

Process design cost optimization

Process design disperse properties optimization

Process design dynamic optimization

Product-based design combinatorial optimization

Product-based design optimization

Quantitative structure-activity relationships drug design optimization

Reactor, batch general optimal design

Recent developments in press design and process optimization

Remarks on Experimental Design and Optimization

Route Design and Process Optimization to Minimize COG

Screening by D-optimal designs

Selectivity and Optimization Considerations in the Design of Isothermal Reactors

Selectivity optimization experimental design

Selectivity optimization mixture-design

Sequential Design for Optimal Discrimination between

Sequential Design for Optimal Parameter Estimation

Simulation and Optimization of Cathodic Protection Designs

Steam optimal design

Structure Properties Interrelations of Silicones for Optimal Design in Biomedical Prostheses

Study Design Considerations Optimizing Statistical Power

Switching Power Supply Design and Optimization

The Design of an Optimal CSTR

Three level factorial design optimization

Typical Scenarios When Optimizing Designs

When is a D-optimal design appropriate

Why Use Interactive Multi-Objective Optimization in Chemical Process Design

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