(Open Access)
D. Van Gemert
Volume 519: Issue 11
Pages 85-88
Accepted for publication: 24.09.2015 r.
The assessment of slipperiness of industrial or domestic floors is a difficult task. The subjective feeling or experience of slipperiness by the pedestrian should match with objective measurements. This paper deals with the experimental methods applied today to measure skid resistance of floors. In a case study a comparison is made between several experimental and material investigation techniques on the surface texture and composition of a concrete industrial floor, and the experience of pedestrian users of the same floor. The match of both reveals to be rather limited.
Keywords: industrial floors, skid resistance, SRT – pendulum test, ramp test, coefficient of friction, micro-roughness.
Keywords: industrial floors, skid resistance, SRT – pendulum test, ramp test, coefficient of friction, micro-roughness.
[1] Health and safety Executive, The assessment of pedestrian slip risk, HSE 10-2004, GB.
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[6] British Standards Institution, BS 7976-1 to 3 (2002) Pendulum testers.
[7] United Kingdom Slip Resistance Group, The measurement of floor surface slip resistance: Guidelines recommended by the UK Slip Resistance Group, 2000, ISBN 1 95957 2278.
[8] Van Gemert D., Experimental investigation on skid resistance of concrete floors, Proceedings 6th International Colloquium Industrial Floors ’07, Volume 2, p. 719-721, Technische Akademie Esslingen 2007.
[9] Preston J. W., Slip Testing, http://www.safetybiz.com/Sliptest.htm.
[10] SBR – Infoblad 106 –Measuring skid resistance of a floor with ceramic or natural stone tiles http://www.sbr.nl/producten/infobladen/slipweerstand-meten-van-een-vloer-met-natuursteen-of-keramische-tegels (in Dutch).
prof. Dionys Van Gemert, Triconsult nv & KU Leuven
dionys.vangemert@triconsult.be