Is the flow at the throat of the safety valve in an isenthalpic or isentropic process?

2016-10-06View Original

Thread Content

Especially when referring to fire conditions, I used to think it was an isenthalpic throttling process, but some people say it’s an isentropic process; I’m now confused, so I’d like to ask everyone for their opinions. If it is a isentropic process, how can external work be explained? It seems that the HEM calculation method is based on isentropic calculations.

Reply #22016-10-06

Happy National Day! We welcome more people to participate in discussions and exchanges, so as to learn together and improve together. @dlutyj @*lihuagong @zdl1966 @Zhizheming

Submit a Project

**Looking for Chemical Technology, Equipment & Solutions?** No Registration Required Broader Platform Exposure | Global Chemical Service Provider Connections

Submit Request — Free Consultation

Disclaimer

This is an automated machine translation of the original thread. Some technical terms may have inaccuracies; the original text shall prevail. Click "View Original" at the top right to access the source page, which supports IP-based automatic real-time language translation. Please watch out for contact details and sales inducements to prevent fraud. All content and translations are for reference only, representing solely the poster's personal views. For enquiries, email service@hcbbs.com.

Is the flow at the throat of the safety valve in an isenthalpic or isentropic process?

Thread Content

Related Threads in This Forum

← Previous

Next →

Submit a Project

Disclaimer

Quick Links