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Experimental Research on Temperature Field in Ultrasonic Assisted Grinding Engineering Ceramics Guofu Gao 1,2,a , Chuanshao Liu1,b, Bo Zhao 1,c , Feng Jiao 1 , and Qinghua Kong2 1 School of Mechanical and Power Engineering, Henan Polytechnic University, Jiaozuo, China 2 School of Mechanical Engineering, Tongji University, Shanghai, China a gaogf@hpu.edu.cn, blcs@hpu.edu.cn, czhaob@hpu.edu.cn Keywords: Temperature field, Ultrasonic grinding, Engineering ceramics Abstract.
As one of the key factors grinding heat has a significant effect on the ground surface quality in grinding engineering ceramics using diamond grinding wheel.
Differences between mechanical and physical performances of ceramic materials and grinding parameters have important influences on the surface temperature distribution.
Along with a wide range of application of hard-brittle materials such as engineering ceramics, glass and stone in the field of engineering and building, the analytic solution of the temperature field was of great interest in the process of hard-brittle material machining.
The theoretical analysis for the temperature field of hard-brittle materials was referenced the well-rounded heat source model for traditional metal grinding [8].

Materials with multified coupling properties are an important aspect of modern science and technology with applications in many industrial fields.
This book is a collection of papers concerning key engineering materials and solid state phenomena.
The book is intended for researchers, engineers, designers and students interested in the investigation and practical use of functional materials in engineering.
Alloys, Coatings, Ceramics, Functional Materials, Electromigration Processes, Sintering, Spot-Welding

(4)Key technologies of cyclically utilizing recycled wood materials to manufacture packaging box materials Key technologies include: recycled wood crushing technology and equipment, and recycled wood cleaning technology and equipment (removing metal, sand, mud, as well as plastic, paint, and surface mounting materials mixed in the recycled wood materials)[11]
In the meantime, make mechanical property analysis, structural optimization, and engineering research of general packaging materials and packaging products.
And on this basis, adjust the structural layout, adopt reasonable structural pattern, select matching structural member materials, and carry out full-scale test research and engineering application
(4)Make research, development and engineering application of forming molds for wood substitute materials, as well as the design, research and engineering application of high-temperature hot pressing molds for wood substitute materials of packaging products (including high-temperature hot pressing molds for wood substitute materials of such products as standard pallets, linings, barrels made of wood-based panels, and various special packaging containers) [16].
Soe., 1977 [11] Xiaomin Wang, et al.: Packaging Engineering Vol.3 (2004)

Research of Green Building Materials and Engineering System Development based on Wireless Sensor Zigbee Technology JinSong Yuan1, a 1Department of Information Engineer, Guangdong Polytechnic, Foshan, 528041, China ayuanjinsongedu@163.com Keywords: Building materials; Building engineering; Wireless sensor Zigbee Abstract.
The paper proposes research of green building materials and engineering system development based on wireless sensor Zigbee technology.
The paper proposes research of green building materials and engineering system development based on wireless sensor Zigbee technology. 2.
The model green building materials and Engineering by WSN of Zigbee New building materials development focus and direction of development of ecological building material in the research, the concept of ecological building materials from the ecological environment material.
The paper proposes research of green building materials and engineering system development based on wireless sensor Zigbee technology.

Based on these connections between engineering and key components of sustainable development, we can say that achieving sustainability in engineering becomes a critical issue to achieve [3].
These resources include water, materials, energy and others
This implies that the engineering processes and operations utilized must exhibit sustainable characteristics in terms of the operations and steps they involve, and the energy and materials they utilize
Taking into consideration these key requirements, the authors propose the fractal triangle of engineering sustainability, Fig.2.
Feng: Research on the evaluation System of Software Industry, Applied Mechanics and Materials, vol. 411-414 (2013), p. 415-419.

To Identify the Qualities and Prices of the Materials or Equipments.
The costs of equipments and materials in construction projects has a large proportion of the total cost, accounting for about 70%, and they are also a major component of direct costs.That the quality of machineries and equipments, the selection of engineering materials, the inspection of products and so on, should all directly affect the progress and quality of construction, then affects the project cost.Therefore, engineering supervisor should assist the owner in purchasing equipment through bidding, to ensure the product quality; the certificates and test reports of equipments and materials should also be reviewed one by one; at the same time, they should strictly control the materials consumption according to the contract, and review the order lists of all materials, equipments and mechanical parts, to determine its reasonable formation of prices.
With this change that take direct order, the price of raw materials would be saved about 20%.
The information include that completion drawing, design change notification and on-site visa, hidden engineering and claims processing information, information on equipments and materials supplied by owner, information about specification, brand, price of materials, information on a variety of special craft, etc.
They take effective measures ,which in the aspects of the design drawing, bidding documents, construction contract, construction project measure, equipments and materials, payment procedures, engineering change, engineering claims, complete settlement and so on, to control the investment.

The Research of a New Kind of Multi-stage Wavelength-division-multiplexed Passive Optical Network based on Engineering Materials Qing Hu1, a, ZhengHua Luo1,b , XiaoDan Du2,c , Jin Wang2,d 1Chengdu University, Chengdu, Sichuan, China 2Chengdu University, Modern education technique center, Chengdu, Sichuan, China afuture0550@qq.com, bcdlzh66@qq.com, cduxiaodandan@cdu.edu.cn, d569322064@qq.com Keywords: WDM-PON; AWG; OI; FSR;Engineering Materials Abstract.
In this paper, a new network structure and the key technologies of WDM-PON have been studied to increase the access range and number of users, reduce costs and accelerate the realistic applications of WDM-PON technology, which has expensive devices and equipment. 1 Introduction With the growth in the people’s demands for communications, Fiber Access (FTTx) has been developed rapidly.
The key issue of the structure is the stability.
Discuss the next-generation optical access network and the key technology.

Introduction The Control of fracture and brittleness is one of key issues of development of engineering materials which are intrinsically brittle or extrinsically brittle due to detrimental effects associated with service condition and/or environment.
Now the grain boundary engineering has been widely accepted as a new approach to materials design and development of high performance structural and functional materials [8-10].
Quite recently the grain boundary engineering has been well evidenced to be so powerful to control intergranular fracture and brittleness of brittle polycrystalline structural materials and even for functional materials [6-8].
The State of the Art of Grain Boundary Engineering for Fracture Control 5.1 Grain Boundary Engineering for Brittle Materials Here we just briefly introduce our recent works on grain boundary engineering for fracture control in ceramics such as SiC [21] and alumina [22] which are normally very brittle, but of engineering importance.
Tamari: Key Engineering Materials, Vol.261-263 (2004), p.999

Lightweight engineering with advanced composite materials - ceramic and metal matrix composites - Rainer Gadow a Institute for Manufacturing Technologies of Ceramic Components and Composites, University of Stuttgart, Allmandring 7b, D-70569 Stuttgart, Germany a rainer.gadow@ifkb.uni-stuttgart.de Keywords: lightweight engineering, ceramic composites, metal matrix composites, sheet molding compounding, thixoforging, thermal spraying, disk brake rotor.
Light weight engineering by materials and by design are central challenges in modern product development for automotive applications.
High strength structural ceramics and components were in the focus of R & D in automobile development since the 1970's and CMC have dominated advanced materials engineering in aerospace applications.
A comparative summary of friction materials properties is shown in Table 1.
Summary and conclusion Fiber composites with ceramic and with light metal matrix are key components in light weight engineering by advanced materials in automotive research and development.

Study on Design and Development of Mechanical Engineering Network Courses Qingfu Lin Linyi University, Linyi, Shandong, China. 276005 E-mail:linq1959@163.com Key words: mechanical engineering, network course design, curriculum system Abstract.
Based on content of mechanical engineering courses, teaching materials and teaching requirements, teaching can using a variety of teaching.
Processing and application of the key technologies in mechanical engineering course network courses Choice of database server platform.
This paper focus on the research and development of the key technologies in mechanical engineering design online courses.
Combined with systems analysis courses, course materials making, multimedia scripting production, optimize development process of mechanical engineering network course, provide reference for the majority of teachers to develop high quality courses in mechanical engineering network classes.