Search results

ayintsanws@gmail.com, bsonicwu@saturn.yzu.edu.tw, c101042@mail.hwu.edu.tw Keywords: SMA, overlay of quilt, value engineering.
Thesis of main contribution is to combine behavioral theory and the value engineering of strategy, apply to runway pavement the material.
Our country is like the national standard (CNS) to the relevant regulation of construction of runway every building materials urgently needed material.
Research Approach (Value Engineering Cuts Two Factor Theories).
Project Law of Value (Value Engineering, is abbreviated as VE).

The relationship between the porosity and the mechanical property was still a bottle-neck in bone tissue engineering scaffold.
Using reverse engineering technology, 5 different porosity cranium scaffolds were first established.
This research result will have high application potential for bone tissue engineering.
In bone tissue engineering, the scaffold porosity is generally within the range of 30%~75% [10].
Yan: Journal of functional materials contents Vol. 35 (2004), p. 2391 [7] J.K.

Impact of Initial Titanium Magnetite Ore Material Composition on Fluxed Pellet Metallurgical Properties Boris P.
The work results are of certain interest for the process engineers and specialists dealing with iron ore raw material preparation, as they allow forecasting of high quality fluxed pellet production from various material composition concentrates.
The marked difference in the type of the pellet strength dependence on the roasting temperature observed in the experiments with the wehrlite pellets is attributed to the excess slag-forming oxides in the pellet charge materials.
Bulletin of Scientific, Engineering and Economic Information. 11 (2018) 21-28
Kazartsev, Impact of charge material composition and properties on iron ore pellet quality, Metallurgist. 3 (2015) 37-39

Critical Review on 3D Scaffolds Materials Ajit K.
Patterns for linking genetically engineered cells to grow new tissue engineering centres [3].
In tissue engineering, this is a crucial factor.
Liu, Development of Bioimplants with 2D, 3D, and 4D Additive Manufacturing Materials, Engineering 6 (2020) 1232–1243
Naderi, “Carbon Nanostructures in Bone Tissue Engineering, Biophys. 3 (2016)877–899

Wear Resistant and Refractory Nonmetal Material of CFB Boiler Liu Yanping, Liu Yang, Qi Jiyu (North China electric power university,school of energy,power and mechanical engineering) lyp@ncepu.edu.cn, 393050647@qq.com Keywords: Wear resistant and refractory nonmetal material; CFB boiler; Material selection Abstract.
The foreign materials have similar abrasion performance and form uniform erosion wear.
Due to differences of operating conditions and service condition, we need to select different materials.
So we should select high alumina clay materials.
Study Of CFB Boiler Abrasion Material and Abrasion Proof(The Tenth National wear-resistant Materials Conference).

Introduction With the development of grouting material technology, grout material has been widely used to to control the overlying strata movement and surface subsidence in the field of civil engineering, especially in mine, roadway, submarine tunnel, subway and other engineering projects.
As the fly ash instead of part of cement, the grouting material is applied in engineering with low strength requirement.
Chemical Grounding-1.Ground Engineering,1985,4
Engineering Properties of Medium-to-Fine Sands Injected with Microfine Cement Grout.
American Journal of Mechanical Engineering, 6(2018) 66

Looking for more effective methods of software development, is the current research emphases and hotspot in the field of software engineering.
To this, we propose having the organ characteristic bionic components as the basic unit of software engineering method.
On this basis, we define the bionic software growth function with time and the corresponding software is determined by the average fitness of the life of the relationship between as follows: (1) Software engineering method of bionic components The identification of bionic components Recognition is based on bionic components the basis and prerequisite of the software engineering method, and the bionic a primary issue in the study of software engineering method.
The mythical man - month: essays on software engineering [M].
Computer engineering and design. 2010, 31 (8) : 22-25 [8] Tateishi T.What is bionic design[J], Materials Science and Engineering: C,1997,4(4):205-212.

Recently, with the development of tissue engineering and its application on the subjects of artificial tissues and organs by cell culture techniques, tissue engineering materials have attracted more and more attention.
The basic characteristic for tissue engineering materials is cell compatibility.
Compound culture of cell and biomaterials was Key Technology in constructing engineered tissue in vitro.
Development on biomedical polymer materials of blood compatibility.
J Hulunbeier College 1998;6(2): 56-8 [3] Chen BL.Study on the cell compatibility of tissue engineering materials (I)-cell compatibility materials.

Investigation of Physochimechal and Biological Properties of Composite Sodium Alginate for Tissue Engineering Ishraq Abd Ulrazzaq Kadhim1,a 1Department of Materials of Engineering/University of Technology, Iraq aishraq.a.kadhim@uotechnology.edu.iq Keyword: Sodium alginate, NanoGraphene oxide, Tissue engineering Abstract.
Experimental 1-Materials sodium alginate (Xianm Shaanxi, China,).
Li, Preparation and Characterization of Chitosan-Agarose Composite Films, Materials,9(2016)816. [13]Sh.
Allahyari , Characterization and Evaluation of Graphene Oxide Incorporated into Nanofibrous Scaffold for Bone Tissue Engineering, Journal of Tissues and Materials, 1(2019)1-13
Kadhim, Biocompatibility of Alginate-Graphene Oxide Film for Tissue Engineering Applications, Key Engineering Materials,900(2021).

Thus, providing an experimental foundation accelerated the formation of bands of Bünger to enhance nerve regeneration. 305 nm SFS could be a candidate material for nerve tissue engineering.
Due to unavailability of ideal scaffold material and limited knowledge of cell and scaffold interaction, there have been limited breakthroughs in nerve tissue engineering [4].
These results may indicate that SF nanofibers were functionally active in terms of Scs cell attachment and spreading, and a promising candidate scaffold materials for tissue engineering.
Bombyx mori silk, obtained from Material Engineering Institute of Soochow University.
Our study might provide an experimental foundation for the development of silk fibroin as an ideal candidate material for nerve tissue engineering applications.