The experiment results show that the higher temperature by adding CrO 3 can improve the composite pipe's properties.

The effects of SiO 2 and CrO 3 on the relative density and microhardness were studied, meanwhile the compressive and shear strength of a series of composite pipes containing different volume additives were compared.

Activated carbon powder and alloy powder is added into the thermite at the time of preparing CLSP(ceramic-lined steel composite pipe).

The theory of analysis of reinforced concrete beam is applied to the study of ceramic-lined steel composite pipe.

The temperature distribution and variation in the cooling course of the ceramic composite piping prepared by centrifugal-SHS were modeled and analyzed so as to provide the basis of the choice of process parameter and interface structure analysis of the piping.

Influences of pre-coating technique on interface of ceramic-lined composite pipes fabricated by the SHS process;

Influences of metallic additive on microstructures and interface-bonding of ceramic-lined composite pipes fabricated by the SHS process;

On the basis of using gravitational separation SHS process to produce ceramic-lined composite pipes, the influence of Ni content on combustion characteristics and mechanical properties is investigated.