Life-Cycle Reliability Evaluation of Semi-Rigid Materials Based on Modulus Degradation Model
'
Life-Cycle Reliability Evaluation of Semi-Rigid Materials Based on Modulus Degradation Model' 의 참고문헌
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Three-dimensional structural design of asphalt pavements
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Thickness Design for Concrete Highway and Street Pavements
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Study on fatigue properties of lime calcium added slag mixture
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Study on fatigue characteristics of stabilized grain of inorganic binder
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Study on Reliability Evaluation of Asphalt Pavement Based on Modulus Degradation
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Study on Fatigue Properties of Semi-rigid Base Material
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Sensitivity of flexible pavement design to Michigan's climatic inputs using pavement ME design
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Road technical performance of lime stabilized graded gravel
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Residual stiffness and strength correlation model of composite laminated
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Research progress and future development for reliability of asphalt pavement structure
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Research on Modulus of Attenuation and Inverse Calculation of Semi-Rigid Pavement
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Reliability analysis of stochastic structures based on probability density evolution method
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New concept of durable asphalt pavement design based on increasing structural layer life
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Modulus decay of semi-rigid base material
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Method and Experiment Research on Highway Reinforced Concrete simply-supported Girder Bridge's Fatigue Residual Service Life Forecast
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Mechanistic Design of Semi-Rigid Pavements - an Incremental Approach
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Establishing a mechanistic/incremental design method for semi-rigid pavements through HVS testing
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Effective modulus value of semi-rigid base course materials
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Development and validation of a mechanistic recursive-incremental deterioration model for cement-stabilized base courses
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Deterioration laws of dynamic modulus of Semi-Rigid base course materials
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Comparison of fatigue criteria for flexible and Semi-Rigid pavements
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Life-Cycle Reliability Evaluation of Semi-Rigid Materials Based on Modulus Degradation Model'
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