Sentence examples for moduli of asphalt from inspiring English sources

The two new methods realize the synchronous measuring of various moduli of asphalt mixtures.

Two new test methods were proposed to measure the different moduli of asphalt mixtures simultaneously based on four-point bending and indirect tensile tests.

The predicted complex moduli of asphalt mixes from numerical approach are found close to that from the dynamic modulus tests, resulting in a good agreement.

The result indicates that the tensile and compression moduli of asphalt mixtures show a significant difference, and can be obtained by two methods simultaneously.

A three-dimensional finite element (FE) model was developed to simulate pavement responses with heterogeneous Bomag Evib as elastic moduli of asphalt materials under vehicle loading.

The new calculating formulas were derived for tensile and compressive moduli of asphalt mixtures under four-point bending loading model, which combining the equilibrium condition and the plane hypothesis in elastic mechanics theory.

Different from conventional pavement analysis and designs, spatial-distributed heterogeneous moduli of the asphalt layer were considered in this work.

Finite element models generating the random aggregate have been used to predict the dynamic moduli of the asphalt concrete materials.

The relaxation moduli of two asphalt mixtures under different confining pressures are compared at a wide range of reduced loading times.

From the time-history curves with four different resilient moduli of the asphalt layer, the maximum absolute accelerations are shown in Fig. 5, which indicates that the vibration acceleration level in summer is higher than that in spring, autumn, or winter.

By setting v = 200 km/h and h = 15 cm, the effect of the average seasonal moduli of the asphalt layer with E = 4,812 MPa (in spring), 2,562 MPa (in summer), 8,618 MPa (in autumn), and 15,715 MPa (in winter) [16], was studied In this work, the modulus value of 4,000 MPa is reasonable for comparative calculation at normal temperature.