Since the early twentieth century, the concrete industry has recognized the need for concrete monitoring to ensure adequate concrete placement and adequate resistance after hardening. A large number of test methods have been developed and expanded to determine the effectiveness of research, mixing, and proper use. Of the vast majority of these experimental methods, more than one or two initial studies have not been used. Except for the widely used Slip experiment, quantitative methods that have been extensively studied have generally failed to accept admission (they are not widely accepted). After 80 years of effort, the concrete industry is still faced with the challenge of developing a tailor made test to measure concrete rheological properties. This paper describes several test methods for measuring concrete performance. Many test methods have been developed for a single project or for a specific application and reported in sources. Although many practices in this paper may never be used in the future and have been used sparse in the past, testing failed tests and tests that have been replaced by better tests in identifying trends in concrete performance research And in choosing key concepts to develop an informative new test method.