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Hence a multi-plant master production schedule collaboration model based on cooperative game theory is formulated to output master production schedule of each plant and the corresponding material requirement planning, which ensures the steady supply of material. 2.2.2 Material Replenishment Planning For accepted customer orders in mid time-scaling class, of which due date is within the purchase lead time and therefore the material purchasing planning cannot be altered, the manufacturer needs to formulate material replenishment planning to ensure prompt supply of material.
Hence, a pre-reactive collaborative replenishment model is built to calculate the quantitative difference between material purchasing and material requirements by using evolutionary algorism, which results in a precise material replenishment plan to guarantee the promptness of material supply. 2.3 Pull-based Production Scheduling 2.3.1 Production Scheduling and Task Dispatching For short time-scaling production planning and scheduling in networked-manufacturing, which involves planning and scheduling of different product line of different plant, together with undetermined order requests such as 1) determined due date, undermined quantity, 2) determined quantity, undetermined due date and 3) undetermined quantity and due date.
Acknowledgments This work was supported by the National Nature Science Foundation of China under Grant No.50875172 and by the Science Foundation of Shanghai Municipal Commission of Science and Technology under Grant No. 09DZ1121202.
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The design of sports equipment should be focused on the science of materials, mechanical design and mechanics principle to carry out, the new fiber materials science can play a key role in the development of sports equipment.
The reinforced composite fiber material has more advantages over the other materials, the advantages are as follows: Lightness.
At the same time, the composite fiber materials is also the main raw material of sports equipment because of its better mechanical properties.
Application of new Fiber Materials to the Sports Equipment New fiber materials has been applied widely to the sports equipment from bicycle, boat, basketball, to golf clubs and some other sports equipments.
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That is, as the strain increases, the cohesion and friction angle of the material gradually reduce.
Acknowledgements This work was financially supported by the National Basic Research Program of China (2012CB724206), the National Natural Science Foundation of China (51104087), and the Natural Science Fund Project of Chongqing Science and Technology Commission (2010BB6118).
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Due to the effect of lighting, image grabbing equipment and steel material, the obtained images by inspection system contain noise.
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Material properties, such as thermal and mechanical ones, were also analyzed.
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Introduction Tungsten carbide materials were used widely in the fabrications of cutting tools and drawing dies.
As it is well known that with the rapid development of tungsten carbide materials, many different trademarks of tungsten carbide materials have been used widely in different fields.
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In the 1930s, the first aerogel was actually prepared by Kistler [4] utilizing various materials such as silica, metal oxides, alumina, rubber and cellulose.
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