2024 日本压铸会议

11月14日(星期四)、15日(星期五)、16日(星期六)
会场:港未来PACIFICO横滨会展中心 附件大厅
参展企业主持的产品・技术研讨会 免费
日本压铸会议、现场改善事例发表会 收费


參加壓鑄會議需要預先註冊。請使用英文表格。參加需付費。

参加的申请方法 (包括三天的听讲、论文集、座谈会等)

1.申请

请使用下面的表格进行申请。
https://forms.office.com/r/BFcFwDDDtm

2.截止日期

2024年10月15日(星期二)

3.会议的参加费用(包括三天的听讲、论文集、座谈会)

协会会员、高中・专科・大学教员: 通常价格 42,350日元 早期优惠价格 31,900日元
一般: 通常价格 84,150日元 早期优惠价格 63,250日元
高中・专科・大学学生:
(限于没有职业的人)
从此次开始免费了。

※上述价格是含税价格。
※早期优惠适用于2024年9月13日(星期五)之前的申请。

4.注意事项

• 会议期间听讲者可自由更换, 但仅限于同一单位的人员。
• 会议入场证在收到汇款以后发送(预定在10月下旬)。当天请勿忘记携带。
• 未带会议入场证者不能入场。
• 如在报名截止日以后取消参加计划, 恕不退还报名费, 但会议结束后将给您发送论文集。
※ 高中・高专・大学的学生(限于没有职业的人。不包括公司职员。)必须事前注册。请从主页下载注册 表后申请。

日本压铸会议

1. SPECIAL LECTURE

Future Trends in the Automotive Parts Industry and their effect on the Die Casting Industry

※ Auditing free,No pre-registration required
11/14 (Thursday)

Special lecture 1
How to overcome the “plateau” phenomenon of the EV shift

Special lecture 2
Possibility of pursuing added value through new perspectives and multifaceted approaches.
~“People-centered Manufacturing” and “Making Friends”

详细信息和申请方法,请参照这里。

2. TECHNICAL PAPER PRESENTATION

※ Auditing charge
11/14 (Thursday)

JD24-01 High toughness steels for gigantic dies and molds of die-casting
JD24-02 Characterization of high-performance coatings for die-casting molds
JD24-03 Water cooling effectiveness of Ti matrix composite shot sleeve and development for improvement
JD24-04 Investigation of CO2 reduction effects by utilizing surface treatment technology to improve castability of thin and large die castings
JD24-05 Residual stress on inner surface of the bent hole in die-casting die material
JD24-06 Prevention of corrosion on the inner surface of 3D cooling channel of additive manufacturing die by electroless Ni plating
JD24-07 Cooling Performance Improvement for Die-Casting Molds using 3D Printer Fabrication and Future Development

详细信息和申请方法,请参照这里。

11/15 (Friday)

JD24-08 Investigation of Wave Behavior during Ladle Pouring and Plunger Advancing in Aluminum Alloy Die Casting
JD24-09 Numerical Simulation to Predict Casting Defects by Using Machine Learning
JD24-10 CAE prediction of core pin breakage by supervised learning function
JD24-11 Evaluation of Die Cast by Machine Power and Die Compatibility applied Super High Velocity Injection
JD24-12 Casting pressure transfer behavior of die casting on porosity formation
JD24-13 Effect of over flow shape on formation of defects in zinc alloy die casting
JD24-14 Three-point bending properties of aluminum secondary alloy with high ductility and high yield strength
JD24-15 Identification of impregnant in Al alloy and evaluation of impregnation effect using photon counting X-ray CT
JD24-16 Soldering Behavior at Contact Interface between High-Manganese Cast Steel or High-Manganese Spheroidal Graphite Cast Iron and Molten Aluminum Alloys
JD24-17 Development of a mold release agent adhesion evaluation system that utilizes the visibility of organic acid salt mold release agents
JD24-18 Die-casting production line that contributes to CN

详细信息和申请方法,请参照这里。

11/16 (Saturday)

JD24-19 Development of compression die-casting process using die clamping force
JD24-20 Characteristic investigation of burr suppression and its countermeasures
JD24-21 Development of high cycle die casting machine and casting technology
JD24-22 Integrated casting method using a dual-chamber furnace with embedded pumping mechanism.
JD24-23 Basic research to improve Mechanical Properties of Aluminum Die Castings
JD24-24 Proposal of next generation heat exchange system by Solid Phase Diffusion Bonding of ADC12 Die Castings
JD24-25 Development of die-casting technology that can be joined to steel plates by spot welding (SWAD)
JD24-26 Innovation in the use of sensors for the realization of the smart factory
JD24-27 Verification of Quality Improvement Effect Mechanism of Partial Solid Die Casting by Full Model Simulation Including Injection Parts
JD24-28 Implementation of pressurized runner squeeze pin system and PF methods for a void-less, high strength casting and technical initiatives for mass production
JD24-29 Development of Manufacturing and Material Technologies for High-Impact Resistance Aluminum Die-Casting Products

详细信息和申请方法,请参照这里。