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In order to study the key building technology of raw soil composite wall’s structure, this paper analyzes and investigates from the structural materials, wall production and its connecting structure method, and has produced raw soil composite wall structure’s construction technology and relevant quality requirement, which provides the reference for the engineering application about the raw soil composite wall.
Introduction Raw soils are still widely used as a kind of energy-saving and environmental protection building materials in western China and some remote areas, but it is the lower strength and water-tightness sent of the material that restricts the application of raw soil structure in engineering.
In order to further promote the application of this structure in engineering, combined with the relevant research results, the key technology of raw soil composite wall building is analyzed in this paper.
Wall Materials Outer frame structure materials Reinforced concrete is used to make outer frame production.
The modified materials should also be incorporated for raw soil clods material of composite wall structure in more rain and wet areas, general selection cement or organic materials modifier.

Implementation Mode of Industrial Engineering Projects Based on Project Management Hang Liu School of Management Science and Engineering, Zhengzhou Institute of Aeronautical Industry Management, zhengzhou, China hang_liu@yeah.net Keywords：Industrial Engineering; Project Management; Model Abstract.
Introduction Industrial Engineering (Industrial Engineering, IE for short) is a discipline to design, improve, and set the integrated system consisting of personnel, materials, equipments, energy and information [1-3].
The Meaning of Industrial Engineering Body of Knowledge Chinese Industrial Engineering Body of Knowledge, IEBOK for short refers to the knowledge in the field of industrial engineering in general, which classifies, combines, analyzes and explores the different levels of knowledge involved in China's industrial engineering discipline and application on the basis of practice to summarizes an organic whole of a set of knowledge used to guide China's industrial engineering discipline development and industrial engineering practice.
Introduction to industrial and systems engineering (Third edition).
Systems Engineering and Analysis (4th Edition).

Grain Boundary Engineering: progress and Challenges Weiguo Wang 1, a 1 Department of metallic materials, School of mechanical engineering, Shandong university of technology, Zibo 255049, PR China a email:wang.wei.guo@163.com, Keywords: Grain boundary engineering; Grain boundary character distribution; CSL boundary; .
By the end of 2002, several kinds of important engineering materials of low to medium stacking faults energy such as inconel 600 , 304 stainless steels and copper and lead alloys were successfully grain boundary engineered and their performance of resistant to intergranular degradation were improved dramatically [6-9].
The resistance of grain boundary engineered materials to grain boundary degradation have been improved dramatically, and some GBE processed metals have been put into use.
So, Schuh and Kumar [32] proposed that 'an existing criterion based on the triple junction distributions is shown to be more reasonable for ranking materials processed by grain boundary engineering'.
Balluffi:Interfaces in Crystalline Materials (Ox.

Herringbone gears are extensively used in numerous engineering applications including gearboxes.
Chemical compositions of the materials were analysed.
Design errors include such things as improper gear geometry, wrong materials, poor material quality, inadequate lubrication system, and several others.
Rajadurai: Engineering Failure Analysis, Vol. 13 (2006), p. 1285 [5] J.R.
Darwish: Effect of Heat Treatment on Fatigue and Toughness Properties of Steel, Final Research Report No. 2/426 (2006), College of Engineering, King Saud University.

Research on Aviation Aluminum Alloy Technology CAPP System Based on the Part Similarity Guowei Lan1, a, Yong Zhuo*1,b, Junfa Chen1, Huixian Zhan1 1School of Physics and Mechanical & Electrical Engineering, Xiamen University, Xiamen, China a494049321@qq.com, bzhuoyong@xmu.edu.cn.
Group Coding: code a new part based on its classification, material,heat treatment and so on; c.
In order to guarantee the practicability of encoding rules,the classification and coding system not only can classify parts by the information like name, material and heat treatment but also by the key feature.
Key Features The fifth code is for key features of parts, which includes 6 hexadecimal figures representing 24 binary number.
References [1]Zhibin, Shi: Research and Application of Group Technology in the Production of CruiseMissile[D], Harbin: Harbin Engineering University, 2012

Study On Relationship Between Building Material And Building Form Chunyan Guo1, a, Dake Wei2,b and Chunying Guo3,c 1School of Civil Engineering, Northeast Forestry University, Harbin, Heilongjiang,150040, China 2School of Architecture, Harbin Institute of Technology, harbin, Heilongjiang,150001, China 3Urban Planning Society of China, Peking 100037, China agcy_nefu@126.com, bwdk_hit@126.com, cguocy@planning.gov.cn Keywords: Building Material, Building Form, Structure Stress, Making Technique, Artistic Appearance.
This method is a return to the essentials of building, and a key direction for building innovation.
With a close cooperation between architects and structure engineers, an accurate consumption of material and layout is possible according to the mechanic calculation.
The roof structure of International Terminal, Waterloo, designed by Nicholas Grimshaw Partners and Anthony Hunt Engineering Partners, is a typical model for form developed by employing structural force diagram.
In modern architecture, exposed structure is preferred to decoration, which requires the material shall reflect the structure and component property, which is a key idea of modern architecture aesthetics, profoundly influencing the application of building materials [4].

Study on Nozzle Burning for Engineering Ceramics Machining with Micro-detonation of Striking Arc Xinli Tiana, Baoguo Zhangb, Keling Linc, Fuqiang Lid and Fang Guoe Science and Technology on Remanufacturing Laboratory, Academy of Armored Forces Engineering, Beijing, China, 100072 atianxli719251@sohu.com, bzhang_baoguo@126.com, clinkeling1985@yahoo.com.cn, dlfqiang0116@163.com, epuzzlele@tom.com Keywords: Micro-detonation of striking arc machining (MDSAM); Engineering ceramics; Nozzle; burning.
Micro-detonation of striking arc machining (MDSAM) is a new machining technology for engineering ceramics rough machining.
Introduction Due to their low density, superior wear resistance, and high temperature strength, engineering ceramic materials are increasingly being used for critical components in engineering systems [1].
Micro-detonation of striking arc machining (MDSAM) is a newly developed special rough machining technology for engineering ceramics [3].
Furthermore, the recoil melting materials splash to the nozzle surface and lead to the expansion of nozzle diameter.

Oil and gas well hole structure and application in superdeep well with analysis of material properties Ling-feng LI 1, a 1 Petroleum Engineering College of Yangtze University,Wuhan, China a lilfeng_cn@yahoo.com.cn, Keywords: casing material; hole structure; superdeep well; application; analysis; material properties Abstract.
References [1] Wan Renpu: Advanced Well Completion Engineering (Gulf Professional Publishing, U.S. 2011)
[4] Chen Ping, et al.: Drilling and Well Completion Engineering, Petroleum Industry Press, Beijing, Nov. 2005 (in Chinese)
：Advanced Well Completion Engineering, first ed., Petroleum Industry Press, Beijing, 1996 (in Chinese)
[7] Chen Ping, et al.: Drilling and Well Completion Engineering, Petroleum Industry Press, Beijing, Nov. 2005 (in Chinese)

Some times engineering structure need to expand its span length, the commonly thinking is how to decrease the dead load by no harming the structure capacity.
Since the light aggregate concrete’s aggregates are kind of porous materials and several types of them are fly ash pottery grain, page rock pottery grain, and clay pottery grain(Fig.01).
The water absorption rates of the porous material are very large in an engineering extent.
It is the main reason why the lightweight aggregate concrete not widely used in the engineering community.
Construction and Building Materials, 2004, 35:508~515 [6] B.

Nanotechnology in Mechanical Engineering - A Review R.
Beyond traditional mechanical engineering, nanotechnology finds applications in biomechanics, shaping advancements in healthcare through innovative biomedical devices and materials.
From 2005 onwards, nanomanufacturing research has surged, particularly in engineering, material science, physics, and optics, tackling nanoscale challenges, precision at the nano level, intricate shapes, and novel materials.
The distinctive physical and chemical properties exhibited by nanomaterials play a key role in enhancing a diverse range of materials, leading to substantial improvements in engineered components.
By actively engaging in such research endeavours, they contribute to the evolution of materials engineering, fostering advancements that have the potential to revolutionize manufacturing processes and the overall landscape of mechanical engineering applications.[24] Fig. 12.