Presentations/Events ¦ Publications ¦ Research projects
For further information concerning the presentations please click on our logo.
Research projects in cooperation with HESSEL Ingenieurtechnik:
- EC - PolyTank - Project: Development and Validation of an Automated Ultrasonic System for the Non-Destructive Evaluation of Welded Joints in Thermoplastic Storage Tanks
- EC - TestPEP - Project: Development and Validation of an Automated Non-destructive Evaluation (NDE) Approach for Testing Welded Joints in Plastics Pipes
- Research projekt with industrial partners 1690: Determination of the maximum operating pressure of pipes made from PE100-RC installed by the burstlining procedure
- Research projekt with industrial partners 1430: Long term properties of reprocessed Polyolefines
- Research projekt with industrial partners 1421: Integrity of tanks using a failure predicting test specimen
- Research project with industrial partners "PAS 1075: Pipes made from Polyethylene for alternative installation techniques"
- Research projekt with industrial partners 1316: Welding and testing of heavy wall pipes made from polypropylene (wall thickness up to 100 mm)
- Research projekt with industrial partners 1216: Creep rupture behaviour of sheets and large pipes made from Polyethylene
- Research projekt with industrial partners 1085: Harmonisation of Polyethylene pipe buttfusion procedures and test methods (Click: "Presentation in Budapest 2008")
- EC CRAFT - Project: The Development and Validation of Non-Destructive Testing Techniques for Electrofusion Joints in Polyethylene Pipes
- Flexible pipes for district - heating, section 4: Creep rupture behaviour and thermal ageing of medium pipes and the welded joints
- DVGW - Project GW3/05/02: Influences of non-conventional pipe installation (no sandbed / no dig) on the service life of polyethylene (PE) pipelines
Internal research projects of HESSEL Ingenieurtechnik:
- A new method to draw up minimum creep rupture curves for stress crack resistance materials
- A cost-cutting and time-saving method to draw up creep rupture curves for rotation moulding grades
- Investigations of the effects of processing on the creep behaviour of moulded parts
- Effects of different wetting agents
- Creep rupture behaviour of rotation-moulding grades
- Activation energy in FNCT on pipe- and blow-moulding grades
- Round robin tests of FNCT with external test laboratories
- Correlation between FNCT/2NCT and long-term internal pressure tests of pipes
© 2000-2014 HESSEL Ingenieurtechnik.
