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Chloride consolidation and penetration behavior in harden mortar of gangue added cement Jixiu Zhanga, Pengxuan Duanb State Key Laboratory of Solid Waste Reuse for Building Materials Beijing Building Materials Academy Science Research, Beijing 100041, China; (aEmail:zhangjixiu06@gmail.com;bEmail:dpx2003@yahoo.com.cn) Keywords: Coal gangue; Chloride penetration; Reinforcement corrosion; Durability Abstract This experimental research was to investigate the chloride penetration and consolidation behavior of OPC and coal gangue added cement.
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Introduction Fermented sausages can be defined as meat products, which using pork, beeves or other livestock products as materials, and mixed with salt, spices, starter cultures, and the other ingredients.
Materials and Methods Manufacture of fermented sausages The pork was purchased from a local supermarket (Lotus, Xuzhou, China) and maintained frozen (-18℃).
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By establishing the three-dimensional finite element model and considering the material and geometric nonlinearity, this paper analyzed the structural performance under whole process of static loading.
The negative temperature method is adopted to apply the prestress[9,10] and the material and geometry nonlinearity are considered in the calculation.
Conclusions Considering nonlinear effects of both material and geometry, MFPCBS is studied based on 3-D finite element model.
Acknowledgements This research work was sponsored by the National Natural Science Foundation of China (No. 50948035) and the Chinese Ministry of Housing and Urban-Rural Development (No.2012-K2-28).
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From Poisson's ratio of materials we know that when material’s longitudinal stress has a strain ﻉy, there will be a corresponding ﻉx.
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Materials and Method Two different coatings have been plasma sprayed on Ti-6Al-4V substrate.
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Hausselt Forschungszentrum Karlsruhe, Institute for Materials Research III, P.O.
Nevertheless, there are still only a few methods for processing of materials stronger than plastics and for lowering assembly costs.
Micro Powder Injection Molding (MicroPIM).Although micro injection molding is becoming more and more established in industry for polymeric materials, polymers still have limitations and cannot be used for applications that require materials with higher mechanical, thermal, and abrasion-resistive properties.
One of these parts is determined for tensile and bending tests so that the bonding strength of the junction between two materials can be investigated (Fig. 3).
Especially in the case of metal materials, MicroPIM is focused on using finer powders with mean particle dimensions in the range of a few micrometers only.

Material flow in forging of the connecting rod.
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