BOSpulse: Improved and more efficient user interface
This new BOSpulse release brings many small and large improvements to its user interface that make it even more efficient and versatile.
BOSfluids 7.0: : Extended vessel, tank and orifice models
The latest BOSfluids release brings improved and extended Surge Vessel, Tank and Orifice element types. The Surge Vessel element has been extended with support for modeling vented air vessels.
DRG welcomes Katrine and Victor
We are excited that Katrine van Overhagen and Victor Hissink Muller are joining our team. We believe that Thijs will be a valuable addition to Dynaflow Research Group.
Dynaflow Opens new US Office
Dynaflow Research Group announces the opening of a new US-based office, Dynaflow Research Group, Inc., located in Houston, Texas.
NEW COURSE: How to Review a Pulsation Study
Recently Dynaflow Research Group together with online training platform EngineeringTrainer.com released “How to Review a Pulsation Study” training course. The course objective is to explain what the non-specialist reviewer or project lead should focus on when reviewing a pulsation analysis study. Pulsation studies can result in quite elaborate and complex reports with large output data […]
BOSfluids 7.0: Improved model building user interface
The latest BOSfluids release comes with a new set up of the first two top-level tab pages in the user interface
Dynaflow presents at SPE Symposium: Non-Metallics—Disruptive Solutions for Sustainable and Cost-Effective Assets
Dynaflow Research Group will give a technical presentation during the SPE Symposium: Non-Metallics in Abu Dhabi February 2023.
Frank Bos elected Partner at Dynaflow
We are pleased to announce that Frank Bos has been elected partner at Dynaflow Research Group.
DRG welcomes Thijs van Lith
We are excited that Thijs van Lith is joining our team. We believe that Thijs will be a valuable addition to Dynaflow Research Group.
BOSpulse 5.0: New heat exchanger element type
The BOSpulse element collection has been extended with a new element type for modeling shell and tube heat exchangers.
