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06-10

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Determination of temperature in metal mechanics laboratory

06-01

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Research on high temperature creep characteristics of metal materials

In industries such as petrochemical, metallurgy, and machinery, a large number of metal components serve under conditions of high temperature, high pressure, and strong corrosive media. Once these load-bearing components are accidentally damaged, it will lead to catastrophic consequences and huge economic losses.

06-01

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Factors affecting high temperature mechanical properties of metals

To evaluate the high-temperature mechanical properties of metal materials, metal high-temperature mechanical performance indicators should be established, and the effects of alloy chemical composition, smelting process, heat treatment process and crystallinity on the creep limit and lasting strength of high-temperature metals should be discussed.

06-01

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Research progress of ultra-high temperature ceramic composite materials

Ultra-high temperature ceramic composite materials are mainly composed of transition group refractory borides, carbides and nitrides such as ZrB2, ZrC, HfB2, HfN, HfC, TaC, etc. The melting points of these materials are higher than 3000°C.

06-01

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Testing and characterization of high-temperature mechanical properties of advanced structural ceramics

This article introduces the research status of mechanical property testing and characterization technology of ceramics and their composite materials under high temperature conditions, as well as related influencing factors. The damage mechanism and fracture mode of structural ceramic materials at high temperatures were preliminarily discussed.

06-01

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Things to note when selecting high-temperature mechanical equipment for metal materials

Standards related to high temperature mechanics of metallic materials: GB/T4338 "High Temperature Tensile Test Methods for Metallic Materials", HB5195 "Metal High Temperature Tensile Test Method"

06-01

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Selection method of mechanical testing equipment for ultra-high temperature structural ceramics

With the rapid development of my country's aviation and aerospace technology, engine and turbine blade materials are developing in the direction of being more resistant to high temperatures, lighter and stronger. Among them, C-SiC composite structural materials have become one of the many domestic materials due to their excellent performance. Research objects of universities and scientific research institutes

06-01

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High-temperature mechanical properties of BN-based composite ceramics

The mechanical properties of BN ceramics have been improved due to the introduction of SiO2, but there is still a shortcoming of low strength. For this reason, this study will further improve it by introducing high strength and high modulus SiAlON phase into the matrix as a reinforcing phase. Mechanical properties of materials. Using BN, SiO2, and AlN as raw materials,

06-01

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Thermomechanical testing environment equipment classification

06-01

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Research on mechanical and high temperature properties of C/SiC ceramic matrix composites

SiC ceramics have the characteristics of high strength, low density, excellent thermal shock resistance and oxidation resistance. However, its disadvantage is high brittleness, which seriously limits its application as a structural material. Carbon fiber has good high-temperature mechanical and thermal properties, and has good physical and chemical compatibility with silicon carbide.

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Changchun Fangrui Technology Co., Ltd.

Address: Tiansheng Industrial Park, intersection of Daqing Road and Minhang Road, Changchun Economic Development Zone
Tel:0431-84612207
Fax: 0431-84612207
E-mail:fangruikeji@163.com
Website:www.ccfrkj.com

Changchun Fangrui Technology Co., Ltd.

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