SAMPE Japan 先端材料技術京都国際会議2004のご案内
・Advanced Composite Fabrication Technology
“Development of a highly productive manufacturing system for composite structures making use of the great potential of AFP (Automated fiber placement) technology was successfully achieved under the 5-year research program “Advanced Composite Design and Manufacturing Technology Program” funded by RIMCOF/JADC. The system integrity was demonstrated using a 3D surface model of an aircraft fuselage sub-component and proved it works effectively. Also, it was founded that the cost saving potential of the system would be 20%.
・Natural Fiber Green Composites
“To help reduce the ever-expanding consumption of petroleum, a nonrenewable resource, ecologically aware studies and their practical applications, such as the use of green materials have garnered increasing interest. Natural fiber composites using kenaf, sisal, and coir have already been applied for several industrial products, such as interior parts of automobiles. Natural fibers are not only light and strong; they are also inexpensive, renewable, and eco-friendly. Especially, green composites ? biodegradable resin matrix composites reinforced by natural fibers ? are expected to be an important material in realizing and maintaining a sustainable productive society. In this lecture, therefore, tensile properties of natural fibers are first described, and next, fabrication methods and mechanical properties of natural fiber green composites are introduced.”
・Current New Technology and New Products of Composites for Aerospace by Hexcel
“Hexcel is the global leader in the advanced structural materials industry, vertically integrated and poised for strong growth.
M50 exhibits excellent mechanical properties, in particular superior honeycomb peel as well as very high toughness characteristics. M50 is friendly to use on the shop floor and is suited to production of porosity free sandwich panels with relatively thin skins.”
・Overview of Resin Infusion Processing Technology, RTM and VARTM and Other Primary Processes.
“The topics covered are:
・The Direct Process LFT - D/ILC a new Technology for Mass Production of Light Weight Automotive Plastic Components with high Potentials for future Applications of Exterior Body and Structural Parts.
“Based on the improved characteristics regarding weight, stiffness, energy absorption, as well as fatigue strength, fiber reinforced thermoplastic LFT - D components obtained a outstandingly growing market share of more than 10 - 20 % per year within the automotive sector. Important applications such as front-end carriers, Instrument panel-carriers, door panels, underfloor modules etc. are introduced at virtually all OEMs in Europe.
・Fabric reinforced thermoplastic, properties and application
“The most interesting aspect of reinforced thermoplastics is reduction of processing cost and cycle times.
・Composite Material Applications at Topkey
“For almost twenty five years ? a quarter of century, Topkey manufactures composite material products from tennis racket, motor cycle helmet, all terrain bike frame, MRI cradle, aircraft interior part to aircraft primary structure part. The history of its development reflects the growth of whole composite application industry. Review the hard and dedicated efforts from the last, what is our strategy for the future? Where will we set up our next facility? How will we integrate and manage the supply chain? Many opportunities are waiting for us to be realized, but how to make the best use of limited resources?”
SAMPE 会員 \30,000
JISTES 2004 KYOTO 実行委員会
同志社大学 工学部 機械系学科 片山 傳生
SAMPE Japan ISO 松岡 慶典
舞鶴工業高等専門学校 機械工学科 篠原 正浩
申込用紙に必要事項を記載の上，JISTES 2004 KYOTO実行委員会事務局まで
☆参加費は『東京三菱銀行 鎌倉支店 （普）No.1276114 先端材料技術協会』宛に，お振り込みください．振り込み手数料は振り込み者負担となっておりますのでよろしくお願いいたします．なお，振り込みの際に所属機関名で振り込みをされる場合は，できるだけ個人名がわかるようにして振り込んでください．