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A platform for research: civil engineering, architecture and urbanism
An Experimental Study on Flexural-Tensile Property of Cement Stabilized Coal Gangue Roadbase Materials
In order to evaluate the flexural-tensile property of cement stabilized coal gangue roadbase materials, flexural-tensile strength and flexural-tensile modulus of materials, whose cement dosage range from 4% to 7%, were tested on the automatic servo universal material testing machine with one-third loading method. Based on the test data, correlation equations between cement dosage and flexural-tensile strength and flexural-tensile modulus were established. Results show that: cement dosage is an important influence factor of flexural-tensile property, both flexural-tensile strength and flexural-tensile modulus increase linearly with the increase of the cement dosage. Cement stabilized coal gangue roadbase materials have a good flexural-tensile property and suitable for base in the pavement structure.
An Experimental Study on Flexural-Tensile Property of Cement Stabilized Coal Gangue Roadbase Materials
In order to evaluate the flexural-tensile property of cement stabilized coal gangue roadbase materials, flexural-tensile strength and flexural-tensile modulus of materials, whose cement dosage range from 4% to 7%, were tested on the automatic servo universal material testing machine with one-third loading method. Based on the test data, correlation equations between cement dosage and flexural-tensile strength and flexural-tensile modulus were established. Results show that: cement dosage is an important influence factor of flexural-tensile property, both flexural-tensile strength and flexural-tensile modulus increase linearly with the increase of the cement dosage. Cement stabilized coal gangue roadbase materials have a good flexural-tensile property and suitable for base in the pavement structure.
An Experimental Study on Flexural-Tensile Property of Cement Stabilized Coal Gangue Roadbase Materials
Applied Mechanics and Materials ; 638-640 ; 1536-1540
2014-09-19
5 pages
Article (Journal)
Electronic Resource
English
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