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Detemination for thermoconductive coefficient and specific heat absorption capacity of rubber and rubber composite by quasi-steady-state method

Jian Lü

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Abstract

The basic principle,test apparatus and procedure for determining the thermoconductive coefficient and specific heat absorption capacity of tire materials by the quasi steady state method were described.The materials of casing,inner tube,flap,curing bladder for 9 00-20 16PR tire were tested,and the test results were processed by computer to obtain the basic data for further study on the thermal properties of tire.

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What this paper is about

The basic principle,test apparatus and procedure for determining the thermoconductive coefficient and specific heat absorption capacity of tire materials by the quasi steady state method were described.The materials of casing,inner tube,flap,curing bladder for 9 00-20 16PR tire were tested,and the test results were processed by computer to obtain the basic data for further study on the thermal properties of tire.

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Available abstract

The basic principle,test apparatus and procedure for determining the thermoconductive coefficient and specific heat absorption capacity of tire materials by the quasi steady state method were described.The materials of casing,inner tube,flap,curing bladder for 9 00-20 16PR tire were tested,and the test results were processed by computer to obtain the basic data for further study on the thermal properties of tire.

Key concepts: Materials science, Natural rubber, Casing, Composite material, Composite number, Curing (chemistry), Steady state (chemistry), Thermal

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Detemination for thermoconductive coefficient and specific heat absorption capacity of rubber and rubber composite by quasi-steady-state method — Research Paper | ScholarLens