high-carbon pearlitic steelhigh-cycle fatigue loadingfatigue degradationmagnetic methodThe effect of high-cycle fatigue loading of U10 steel specimens with a fine-lamellar pearlite structure that were a annealed for a short time on the character of variations of the tangential component of the ...
Tested high-strength steel and its welded joints are susceptible to hydrogen embrittlement when evaluated with the use of SSRT. The loss of plasticity is higher for welded joints then for the base metal. Tested steel and welded joints reveal high resistance to hydrogen degradation under constant lo...
Effects of atmospheric corrosion on the degradation of low-carbon, high-strength steel bridge wires were simulated by cyclic corrosion tests. Both galvanized and ungalvanized wires were analyzed. The impact of dissolved salts, pH, and preload on the mechanical behavior (ultimate load and ultimate el...
Selective corrosion of type 316L austenitic stainless steel welds during the production of organic acids resulted in losses in production due to unschedule... CPM Orsmond - 《Acetic Acid》 被引量: 1发表: 2010年 Hyper-duplex stainless steel, structural and corrosion properties in high alloyed duple...
Application of polyaniline/nylon composites coating for corrosion protection of steel In this research, we investigated the corrosion inhibition properties of polished steel plates (low carbon) coated with a polyaniline (emeraldine base form... R.,AnsariAmir,H.,... - 《Journal of Coatings Technology...
In today’s push towards a carbon neutral society, bamboo is gaining wide interest as a potential green material for structural applications, due to its properties of fast growth, lightweight, and low-carbon footprint1,2,3. As an important type of non-wood forest product, many significant in...
For all these potential internal damaging mechanisms, the types of hydrogen traps inside the material are of high relevance21. Here, hydrogen traps refer to microstructural features, which absorb and capture hydrogen atoms22. Thus, the use of hydrogen creates a nexus between sustainable steel ...
The study has shown the presence of the microstructural degradation processes in puddled steel. In all the analysed steels (low carbon puddled steel) microstructure degradation processes were related to: presence of numerous precipitations of carbides and nitrides (or the carbides–nitrides) of iron...
Before calculating the carbon footprint of steel corrosion, it is necessary to determine how much of the annual production of crude steel is required to replace corroded goods and infrastructure. Pourbaix and Muylder qualitatively estimated that between 25 and 33% of the annual steel production is...
Fig. 7: Importance index of corrosive factors to atmospheric corrosion of carbon steel after 1-year exposure. Full size image Fig. 8: The variation tendency of wind speed and surface relative humidity on the humidity sensor. High RH data obviously clustered in the area with low wind speed. ...