More documentation

This is a holding-page for additional ASCEND resources that need to be incorporated into the wiki.

• Edelmira D Gálveza, Ross E Swaneyb, Cándice M Malatestac and Luis A Cisternas, 2005,An ASCEND library for the modeling, simulation and optimization of solvent extraction for metal recovery, Computer Aided Chemical Engineering (20) 1, pp 403-408, [1]
• [2]
• [3]
• [4] :-)
• Modeling and optimization of chemical processes: ascend IV and stochastic optimizers [5]
• Kirk Abbott Very Large Scale Modeling [6]
• Ben Allan and Art Westerberg Reusability and Scalability of Models [7]
• Karin Gäbel, Peter Forsberg and Anne-Marie Tillman The design and building of a lifecycle-based process model for simulating environmental performance, product performance and cost in cement manufacturing [8]
• [9]
• Karin Gäbel, A Life Cycle Process Model Simulation of Environmental, Product and Economic Performance in Cement Production [10]
• Tyner and Westerberg Multiperiod design of azeotropic separation systems II: approximate models [11]
• Luis Cisternas, Cándice Malatesta1, and Edelmira Gálvez, Simulación de procesos de extraccion por solvente con ASCEND IV [12]
• Hélder Silva, and Romualdo Salcedo, Stochastic Algorithms and Ascend IV: A coupled strategy for nonlinear optimization, 9th International Chemical Engineering Conference - Chempor 2005 [13]

Some other more general stuff:

• [14]
• [15]
• [16]
• [17]
• [18] (using Dymola like Real-time ASCEND.

This article is incomplete or needs expanding. Please help out by adding your comments.