Heat exchange equipment in ASPEN
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Hello, everyone. I’m currently learning simulation software for heat exchange equipment; it’s my first time dealing with this, and I don’t know much about it yet. I’d like to ask a few basic questions – please forgive my ignorance... ASPEN comes with several heat exchange-related software tools: ASPEN FIHR, ASPEN FRAN, ASPEN HTFS, ASPEN MUSE, ASPEN PIPE, ASPEN TASC, and ASPEN TICP. What types of heat exchange equipment do these tools represent respectively? It would be best to provide photos of the corresponding equipment so that one can get an intuitive understanding. Thank you.
I only know that MUSE can be used to calculate plate-fin heat exchangers, and HTFS+ can be used to calculate shell-and-tube heat exchangers; I’m not sure about anything else.
Aspen FRAN carries out calculations to simulate or evaluate the performance of one-zone, two-zone, and three-zone feedwater heaters. Aspen MUSE performs detailed simulations of multi-stream, plate-fin heat exchangers made from brazed aluminum, stainless steel, or titanium. Aspen FIHR and Aspen PIPE™ are software tools for designing plate-fin heat exchangers. These tools calculate pressure losses and mass flow rates in unbranched process pipelines with single-phase and two-phase flows... TASC is used for calculating pipe resistance in single-phase and multi-phase flows, as well as for designing shell-and-tube heat exchangers