Durability of mineral-cement-emulsion mixtures bases (MCEM).
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Analysis influence of Dmax on fracture mechanics parameters of concrete made of limestone aggregate at three point bending.
Grzegorz Golewski005-016
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Building compartment surface layer with specific properties of radiation absorption and transmission.
Magdalena Grudzińska017-044
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Durability of mineral-cement-emulsion mixtures bases (MCEM).
Jerzy Kukiełka045-056
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Mechanical characteristics of Asphalt-Cement Concrete foundations (ACC).
Marzena Bajak057-086
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The interference galloping of two circular cylinders with equal diameters.
Ewa Błazik-Borowa087-102
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Aerodynamics of guyed masts
Jarosław Bęc103-118
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Vortex excitation of tower-like structures of circular cross-sections.
Tomasz Lipecki119-143
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Abstract
Cold recycling technology with mineral-cement-emulsion mixtures (MCEM) consists of the milling of worn road asphalt layers and shuffle got crumbled material, called the RAP, with new broken aggregate, cement and asphalt emulsion in stationary devices or by realization of all technological actions on the spot (“in situ”) using the recycler. The aim of the work was the settlement of factors having the influence on durability of bases made of MCEM which were realized by detailed aims such as: the description of structure of MCEM, the assessment of influence of temperature on strength and deformability of samples made of MCEM, the settlement of rheological properties by combined stiffness modulus and loss angle, the assessment of fatigue durability the of samples of the MMCE, the assessment of resistance for low temperature cracking (the TSRST), the analysis and interpretation of surveys in fieldworks (the FWD, the Benkelman’s beam). The main issue of investigations is the application to the dimensioning of pavement construction with base made of MCEM.
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References
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