## AIChE Symposium Series, Issue 323 |

### From inside the book

Results 1-3 of 28

Page 92

Note that, unless the functions hj{x) are linear and g*(x) are

11) corresponds to a nonconvex optimization problem. This implies that if a local

optimization approach is used to solve (11) one might miss some of the multiple ...

Note that, unless the functions hj{x) are linear and g*(x) are

**convex**, formulation (11) corresponds to a nonconvex optimization problem. This implies that if a local

optimization approach is used to solve (11) one might miss some of the multiple ...

Page 296

Including (13) and (15) instead of (9), (10) and (3) we have the

Using expressions for estimating the size and time factors instead of the constant

values of Model I, II, and III generated a non-

Including (13) and (15) instead of (9), (10) and (3) we have the

**convex**Model III.Using expressions for estimating the size and time factors instead of the constant

values of Model I, II, and III generated a non-

**convex**formulation (Model IV).Page 340

Non-

s.t. <V is compact. ... sjyktl =ANN(mHeH) Ayt-jMm = NFiyk-j-i) (ID where NF: non-

Non-

**convex**hull, M7(Q) = u C(Q ) . can be decided as follows: nunUi4r«j(C(£l,))s.t. <V is compact. ... sjyktl =ANN(mHeH) Ayt-jMm = NFiyk-j-i) (ID where NF: non-

**convex**constraint on yk H: information enthalpy T: information temperature.### What people are saying - Write a review

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### Contents

INVITED PAPERS | 1 |

RECENT DEVELOPMENTS | 21 |

The Web and Flow of Information in Pharmaceutical RD | 23 |

Copyright | |

44 other sections not shown

### Common terms and phrases

AIChE algorithm alternatives analysis application azeotropic batch process behavior Biegler branch and bound CAPE-OPEN Chem chemical engineering chemical process Chtm Cktm codes column Comp Cktm components composition computational computational chemistry concepts constraints convex cost crystallisation defined disjunction distillation dynamic energy equations equipment evaluation example exergy feasible feed Figure Floudas flow flowsheet formulation function global optimization Grossmann implementation industry information model integration interactions interface iteration lifecycle linear linear programming material mathematical methods Microreaction Technology microreactor MINLP molecular molecular dynamics networks nonconvex nonlinear programming objective optimisation optimization problems parameters particle performance phase Pistikopoulos plant procedure process design process development process engineering process modeling process optimization process synthesis process systems properties reaction reactive reactive distillation reactor recycle selection simulation solution solved solvents solver specific Stephanopoulos strategy structure techniques temperature thermodynamic unit operations