Below you will find interactive software for Mixed Integer Programming Applications.
MINLP problems can be solved with the outer-approximation method DICOPT in gams. Disjunctive programming problems can be solved with the LOGMIP solver. There is also an open source code available for MINLP
Below you will find interactive software for Mixed Integer Programming Applications.
The software is in the areas of Scheduling and Planning of batch / continuous processes, and Synthesis of process networks.
Some of these programs you can run with test problems.
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batchmpc
MILP Model for multiproduct batch plants mixed product campaigns
(B. Bolio, D. Birewar, V. Voudouris and I.E. Grossmann) |
batchspc
MINLP Model for multiproduct batch plants single product campaigns
(B. Bolio, G. Kocis, V. Voudouris and I.E. Grossmann) |
crudeoil
MILP Model for refinery short term scheduling of crude oil unloading with inventory management
(A. Türkay, H. Lee, J. Pinto, I.E. Grossmann and S. Park) |
cycle
Zero-wait scheduling of multiproduct batch plants
(B. Bolio, D. Birewar and I.E. Grossmann) |
decay
MINLP Model for scheduling multiple feeds on parallel units.
(G. Garcia-Ayala, Vipul Jain and I.E. Grossmann) |
extractor
Optimal Design of Comples Liquid-Liquid Multistage Extractors
(G. Garcia-Ayala, J.A. Reyes-Labarta, I. E. Grossmann) |
flexplan
MILP Multiperiod model for capacity expansion in flexible continuous and batch processes
(A. Türkay, L. Norton and I.E. Grossmann) |
globsep
Global optimization of separation processes with single feed and mixed products
(B. Bolio, I. Quesada and I.E. Grossmann) |
greenplan
MILP Single period model for selection of process networks to max NPV and min Toxicity
(A. Türkay, R. Drabbant, I.E. Grossmann and R.K. Jain) |
magnets
Synthesis of Heat Exchanger Networks by Sequential Optimization
(A. Ciric, A. Katohwala, S. Zhang, C. Floudas and I.E. Grossmann) |
multisite
Capacity and production planning of multisite flexible chemical processes
(A. Türkay and I.E. Grossmann) |
multistage
MINLP Model for optimizing cyclic scheduling of multiproduct continuous plants
(A. Türkay, J. Pinto and I.E. Grossmann) |
netchain
A program for the optimization of the supply chain in continuous flexible process networks.
(G. Garcia-Ayala, Jin-Kwang Bok, I. E. Grossmann and Sunwon Park) |
parallel
MINLP Model for multiproduct scheduling on continuous parallel lines and features feasibility preanalysis
(B. Bolio, A. Türkay, N. Sahinidis and I.E. Grossmann) |
planner
MINLP Model for multiproduct scheduling on continuous parallel lines and features feasibility preanalysis
(B. Bolio, A. Türkay, N. Sahinidis and I.E. Grossmann) |
prosyn
Process Synthesizer
(Z. Kravanja and I.E. Grossmann) |
prodev
Optimal scheduling for New Product Development
(Leonardo Najmias, Craig Schmidt and I.E. Grossmann) |
stbs
MILP Model for short term multistage scheduling of batch plants and features preordering of products
(A. Türkay, B. Bolio, J. Pinto and I.E. Grossmann) |
steam
MINLP Model for Optimal Synthesis and Optimization of Utility Plants
(J.C. Bruno and I.E. Grossmann) |
synheat
MINLP Model for the synthesis of heat exchanger networks
(B. Bolio, R. Iyer, M. Daichendt, T. Yee and I.E. Grossmann) |
utilplan
Optimal multiperiod operational planning for utility systems
(A. Turkay, R. Iyer and I.E. Grossmann) |
water
Optimal Design of Distributed Wastewater Treatment Networks
(G. Garcia-Ayala, B. Galan and I. E. Grossmann) |
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