• State Suggested Answer
  • Locked Locked
  • Replies 2 replies
  • Answers 2 answers
  • Subscribers 83 subscribers
  • Views 1082 views
  • Users 0 members are here
This discussion has been locked.
You can no longer post new replies to this discussion. If you have a question you can start a new discussion

Modelling - buried pipeline & insulating pipeline

Tushar Sapdhare
Offline

Dear Sir,

I would like to provide following two conditions to the section of pipeline which is a part of surge analysis

1) Buried conditions to the section of pipeline

2) Insulation conditions to the section of pipeline

Kindly guide me how above two requirements can be modelled using Bentley Hammer.

Looking forward for your responses.

Thanks.

Regards,

Tushar

Parents
  • 0 Offline
    Regarding "insulation conditions" - I assume you're referring to modeling the insulation on a pipe, which would effect the temperature of the liquid and possibly the wave speed. For the wave speed part, see Craig's previous response - you'll need to account for that in the wave speed entered for each pipe if it is appropriate. For the temperature part, that can be entered in the liquid properties in the calculation options.


    Regards,

    Jesse Dringoli
    Technical Support Manager, OpenFlows
    Bentley Communities Site Administrator
    Bentley Systems, Inc.

Reply
  • 0 Offline
    Regarding "insulation conditions" - I assume you're referring to modeling the insulation on a pipe, which would effect the temperature of the liquid and possibly the wave speed. For the wave speed part, see Craig's previous response - you'll need to account for that in the wave speed entered for each pipe if it is appropriate. For the temperature part, that can be entered in the liquid properties in the calculation options.


    Regards,

    Jesse Dringoli
    Technical Support Manager, OpenFlows
    Bentley Communities Site Administrator
    Bentley Systems, Inc.

Children
No Data
Communities
Support and Services
Training and Learning
Social Media