WebbWhen testing is complete, theoretical maximum specific gravity (gmm) is determined from the following: Mass of the dry sample in air Mass of container underwater Mass of container with sample underwater WebbTHEORETICAL MAXIMUM SPECIFIC GRAVITY AND DENSITY OF BITUMINOUS PAVING MIXTURES (ASTM D 2041-91) Theoretical Maximum Specific Gravity, G mm = A / (A + D - E) Where: A = mass of oven dry sample in air, g D = mass of container filled with water at 25 °C E = mass of container filled with sample and water at 25 °C Test No. Mass of Oven Dry
Determining the Theoretical Maximum Specific Gravity of HMA
Webbtheoretical maximum specific gravity of asphalt mixture in Egyptian code. Keywords: Theoretical maximum specific gravity of a bituminous paving mixture (G mm), rice test, percent air voids, optimum asphalt content, limestone, basalt. ENGINEERING JOURNAL Volume 16 Issue 4 Received 9 January 2012 Accepted 7 May 2012 Published 1 July 2012 The theoretical maximum specific gravity (Gmm) of a HMA mixture is the specific gravity excluding air voids. Thus, theoretically, if all the air voids were eliminated from an … Visa mer The theoretical maximum specific gravity test is integral to Superpave mix design as well as field quality assurance. Theoretical maximum specific gravity is used along with bulk specific gravity values from field cores and laboratory … Visa mer list of countries cities api
Mixture Characterization Tests – Pavement Interactive
Webb1 jan. 2024 · Standard Method of Test for Theoretical Maximum Specific Gravity (Gmm) and Density of Asphalt Mixtures. This test method covers the determination of the … Webb5 juli 2012 · The value of theoretical maximum specific gravity of bituminous paving mixture (G mm) plays a significant role in the performance of paving mixes. The Impact of (G mm) can be noticed on... WebbBulk specific gravity (G mb). Theoretical maximum specific gravity (TMD, G mm). These densities are then used to calculate the volumetric parameters of the HMA. Measured void expressions are usually: Air … images toby keith