1 이민경, "차도용 인터로킹 블록의 마모 저항성평가 방법 및 표층배합에 관한 연구" 중앙대학교 대학원 2011
2 Khasawneh, M. A., "The Development and verification of a new accelerated polishing machine" 2008
3 Lancieri, F., "Resistance to polishing and mechanical properties of aggregates for asphalt concrete wearing courses"
4 Pandit, H., "Polishing and Frictional Properties of Aggregates in Ohio"
5 Liang, R. Y., "Polishing And Friction Characteristics Of Aggregates Produced in Ohio" 2000
6 Choi, J. Y., "Investigation of the effects of surface texture on skid resistance of concrete pavement" Gangnueung Wonju National University 2003
7 Li, S., "Friction Surface Treatment Selection: Aggregate Properties, Surface Characteristics, Alternative Treatments, and Safety Effects" 2017
8 Wasilewska, M., "Evaluation of skid resistance of exposed aggregate concrete pavement in the initial exploitation period"
9 Chelliah, T., "Developing a Design Policy to Improve Pavement Surface Characteristics" 2003
10 Mehta, P. K., "Concrete, Microstructure, Properties, and Materials" The McGraw-Hill Companies 2006
1 이민경, "차도용 인터로킹 블록의 마모 저항성평가 방법 및 표층배합에 관한 연구" 중앙대학교 대학원 2011
2 Khasawneh, M. A., "The Development and verification of a new accelerated polishing machine" 2008
3 Lancieri, F., "Resistance to polishing and mechanical properties of aggregates for asphalt concrete wearing courses"
4 Pandit, H., "Polishing and Frictional Properties of Aggregates in Ohio"
5 Liang, R. Y., "Polishing And Friction Characteristics Of Aggregates Produced in Ohio" 2000
6 Choi, J. Y., "Investigation of the effects of surface texture on skid resistance of concrete pavement" Gangnueung Wonju National University 2003
7 Li, S., "Friction Surface Treatment Selection: Aggregate Properties, Surface Characteristics, Alternative Treatments, and Safety Effects" 2017
8 Wasilewska, M., "Evaluation of skid resistance of exposed aggregate concrete pavement in the initial exploitation period"
9 Chelliah, T., "Developing a Design Policy to Improve Pavement Surface Characteristics" 2003
10 Mehta, P. K., "Concrete, Microstructure, Properties, and Materials" The McGraw-Hill Companies 2006
11 FHWA, "Blendg Proprtions of High Skid and Skid Aggregate" Federal Highway Administration 2003
12 APAI, "Asphalt Paving Design Guide"
13 Luce, A. D., "Analysis of Aggregate Imaging System (AIMS)Measurements and Their Relationship to Asphalt Pavement Skid Resistance" Texas A&M University 2006
14 Skerritt, W. H., "Aggregate Type and Traffic Volume as Controlling Factors in Bituminous Pavement Friction" Transportation Research Board, National Research Council 1418 : 1993
15 Kim, Y. K., "A Study on the Optimum Mix Design and Exposing Method of the Fine-Size Exposed Aggregate Portland Cement Concrete Pavements" Gangnueung Wonju National University 2008
16 Dahir, S., "A Review of Aggregate Selection Criteria for Improved Wear Resistance and Skid Resistance of Bituminous Surfaces" 7 : 1979
17 Hafeez, I., "A Laboratory Experimentation Based Ranking of Margalla Crush Aggregates" 20 (20): 2015