The aim of the research was to show that changes occur in floor surface parameters
resulting from increased use in public utility buildings. The study included corridors and …

Urban street pavements have historically represented the synthesis of functional and
aesthetic values, capable of meeting the transportation needs and demands in which the …

Slips and falls are common occupational incidents worldwide. The friction on a floor surface
is one of the critical environmental factors affecting the risk of a slip. In this research, we …

This study used a four-axis machine to investigate the processability of natural rocks and
parameters affecting cutting forces (Cf), specific energy (Se) and specific cutting energy (Sc) …

Globally, 50% of occupational accidents occur as a result of falling and/or slipping. The slip
safety risk should be determined in order to ensure the safety of people on floor coverings …

This study was conducted to determine the most appropriate surface processing techniques
(SPT), environmental conditions (EC) and surface roughness (SR) to minimize the risk of …

The occurrence rate of occupational accidents caused by slipping and falling is 50%
worldwide. Determining the slip safety risk is necessary to minimize the accidents caused by …

Determining the most suitable application (s) of a stone increases its service life in the
buildings. Quality of building stones is associated with numerous physicomechanical …

In this study, the classification of the risk of new safety slip of the pedestrians in natural stone
floor covering when barefoot and walking with shoes. A total of 15 types of natural stones …

The effect of freeze–thaw cycling on the slip resistance of dimension stones was
investigated. Slip and frost resistance of limestones, granites and marbles were determined …