Call Number (LC) | Title | Results |
---|---|---|
TP155.7 .C68 2010 | Chemical process equipment selection and design / | 1 |
TP155.7 .D28 2017 | Chemical engineering fluid mechanics. | 1 |
TP155.7 .D36 2014 | Process engineering and design using Visual BasicĀ® / | 3 |
TP155.7 .D38 2003 |
Fundamentals of chemical reaction engineering / Fundamentals of chemical reaction engineering |
2 |
TP155.7 .D384 2014 | Integrated Design and Simulation of Chemical Processes. | 1 |
TP155.7 .D46 1987 | Process modeling / | 1 |
TP155.7 .D56 2003eb | Integrated design and simulation of chemical processes | 1 |
TP155.7 .D565 2008 | ||
TP155.7 .D65 2001 | Organic synthesis engineering / | 1 |
TP155.7 .D65 2001eb |
Organic synthesis engineering Organic synthesis engineering / |
2 |
TP155.7 .D67 1988 | Conceptual design of chemical processes / | 1 |
TP155.7 .D68 | Process dynamics and control / | 1 |
TP155.7 .D96 1992 | Dynamic modeling of transport process systems / | 1 |
TP155.7 .D96 1992eb | Dynamic modeling of transport process systems | 1 |
TP155.7 .E34 1988 | Optimization of chemical processes / | 1 |
TP155.7 .E34 2001 | Optimization of chemical processes / | 1 |
TP155.7 .E443 2017 | Sustainable Design Through Process Integration : Fundamentals and Applications to Industrial Pollution Prevention, Resource Conservation, and Profitability Enhancement. | 1 |
TP155.7 .E46x 2003 | Conservation equations and modeling of chemical and biochemical processes / | 1 |
TP155.7 .E476 2012eb |
Sustainable design through process integration fundamentals and applications to industrial pollution prevention, resource conservation, and profitability enhancement / Sustainable design through process integration : fundamentals and applications to industrial pollution prevention, resource conservation, and profitability enhancement / |
3 |
TP155.7 .E48 2003 | Conservation equations and modeling of chemical and biochemical processes / | 1 |