High Efficient Viscoelastic Damper for Heavy Trucks
p.318
p.318
A New Method of Gear-Position Decision for Automatic Manual Transmission of Parallel Hybrid Electric Bus
p.322
p.322
Simulation Study of Kinematic Characteristic for Torsion-Beam Rear Suspension of Automobile
p.327
p.327
Study on the Vibration Lamella Thickener and its Application in Mineral Processing Plant
p.333
p.333
Principle and Approach for Determining the Reasonable Cross-Section of the Solid-Web Double-Beam Component
p.342
p.342
‘Practical Utility’: A Design Concept of Immaterial Society
p.353
p.353
The Study on the Smart Reference of Movie Arts Applied in Dress Design
p.358
p.358
Method of Genetic Algorithm Optimization Design of Permanent Magnet Retarder
p.362
p.362
A New Technology of Producing Color Gradient Products
p.368
p.368
Principle and Approach for Determining the Reasonable Cross-Section of the Solid-Web Double-Beam Component
Abstract:
Solid-web double-beam component is widely used in the dipper handle of excavator, whose mechanical behaviour belongs to compression-bending member and mainly satisfies the strength requirement. In this paper, it starts from the design principles of steel structure and elastic theory, determines the dimension of the main cross-section and the reverse tube under guidance of optimization, and provides initial data for the detailed design. The method has common direct sense.
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Periodical:
Applied Mechanics and Materials (Volumes 215-216)
Pages:
342-349
Citation:
Online since:
November 2012
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