2015•Machine Design and Manufacturing EngineeringRequires access

The impact of the content of clay on the interface shear strength in cutting clay process

Liu Wen-bi

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Abstract

In order to reduce adhesion and blocking of cement mixing piles effectively,it studies the the impact of the content of clay to the interface shear strength in the metal tool cutting clay process and direct shear test.The conclusion shows when the moisture content is 30% and the dry density is 1. 5g / cm3,with the increase of the content of clay,the interface anti- shear strength is increasing monotonously as increasing cohesion monotonously and the friction angle is almost unchanged.

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What this paper is about

In order to reduce adhesion and blocking of cement mixing piles effectively,it studies the the impact of the content of clay to the interface shear strength in the metal tool cutting clay process and direct shear test.The conclusion shows when the moisture content is 30% and the dry density is 1. 5g / cm3,with the increase of the content of clay,the interface anti- shear strength is increasing monotonously as increasing cohesion monotonously and the friction angle is almost unchanged.

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Available abstract

In order to reduce adhesion and blocking of cement mixing piles effectively,it studies the the impact of the content of clay to the interface shear strength in the metal tool cutting clay process and direct shear test.The conclusion shows when the moisture content is 30% and the dry density is 1. 5g / cm3,with the increase of the content of clay,the interface anti- shear strength is increasing monotonously as increasing cohesion monotonously and the friction angle is almost unchanged.

Key concepts: Cohesion (chemistry), Direct shear test, Materials science, Friction angle, Water content, Composite material, Shear (geology), Shear strength (soil)

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