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Ld-15x2-wire Multi-roll Cold Rolling Mill Main Drive Mechanism Of Balancing Study

Posted on:2011-10-21Degree:MasterType:Thesis
Country:ChinaCandidate:Y L QiangFull Text:PDF
GTID:2191330332478060Subject:Mechanical and electrical engineering
Abstract/Summary:PDF Full Text Request
"The Research on mechanism of the dynamic balance of the LD-15X2 Dual and multi-roller cold rolling mills" comes from the domain of metallurgy equipment. This study belongs to the topics of engineering practice, researching are directly applied to actual production.Cold rolling mill is to produce high-quality precision thin-walled tubes, one of the principal means. Modern cold rolling mill of the development trend of high-speed cold rolling mill, high-speed cold rolling mill, one of the key technologyies is how to better address their main drive system of the dynamic balance.By LD-15X2 two-lane multi-roll cold rolling mill main drive kinematics of the theoretical analysis, by its law of motion; by LD-15X2 two-lane multi-roll cold rolling mill main drive body dynamics of theoretical analysis, this thesis accesses to the main transmission mechanism of the inertial force and its moment of inertia of the crank shaft together.By LD-15X2 two-lane multi-roll cold rolling mill main drive body inertial force balance and moment of inertia balance of theoretical analysis, this thesis puts forward a reasonable balancing body.ADM AS virtual prototype software is used for the LD-15X2 two-lane multi-roll cold rolling mill main drive mechanism for dynamic simulation, validation LD-15 multi-roll cold rolling mill main drive mechanism kinetic theory calculation.The ANSYS software is used to obtain a crank shaft of the stress field, strain field, displacement field, verify the correctness of the design of the crank shaft.Based on LD-15X2 two-lane multi-roll cold rolling mill main drive mechanism balancing theoretical analysis, the new agency has adopted a balanced analysis.
Keywords/Search Tags:Cold rolling mill, Kinematics, Dynamics, Balancing
PDF Full Text Request
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