However, the grafts have a limited lifespan of between eight and 15 years.
Dr Amir Keshmiri, a lecturer at Manchester Metropolitan University, who is leading the 18-month project, said the impact could be huge.
"If it works, it will improve the fluid dynamics of the blood and delay the failure of the graft. It could save millions of pounds and a lot of time for health services.
"In a lot of cases, the graft junction fails and blocks the blood flow. We want to be able to avoid these hotspots by optimising the graft design by inducing a spiral flow."
Spiral flow occurs naturally in the arterial system, supported by the rotational pumping of the heart and the curved geometry of blood vessels.
The research is modelled on earlier work in the nuclear industry, where spirally flowing coolant is used to enhance the heat transfer of reactor cooling rods.
- PAA