Investigation on hysteretic performance of assembled H-shaped steel frame-corrugated steel plate shear wall with different corrugated orientation and wavelength

The higher the complexity and size of H-shape steel components, the more productivity challenges a coating factory encounters, particularly when catering to the intricate demands of customer-oriented industries. This research aims to devise efficient coating paths for H-shape steel components, replacing labor-intensive manual processes. The review of existing literature highlights methodologies involving parameter adjustment, configuration recognition, and optimization of coating paths for H-shape steel components. Utilizing a comprehensive database of H-shape steel components, an algorithm is developed to accurately identify components (>90% accuracy) and subsequently streamline the coating process. Through a comparative evaluation involving 99 diverse scenarios of H-shape steel coating, the results demonstrate an average time reduction of 24.6% compared to manual coating methods. This finding bears significance, given the industry’s challenges with a scarcity of skilled labor and elevated coating expenses, both of which hinder smooth business operations for practitioners.

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Investigation on hysteretic performance of assembled H-shaped steel frame-corrugated steel plate shear wall with different corrugated orientation and wavelength

Cited by 3 publications

References 27 publications

Cyclic loading behavior of novel internally stiffened double steel plate shear wall

Cyclic loading behavior of novel internally stiffened double steel plate shear wall

Research on lateral buckling of eccentrically compressed H-shaped section aluminum alloy perforated members

Establishing automatic coating paths: empirical study for steel component production

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