Abstract <p>The article proposes a method for rational design of multi-row transverse bolted joints of complex configuration with adjustment for the specified static or cyclic strength. Auxiliary calculation models of regular flat, lapped, and wedge-shaped joints are used. Formulas are obtained for the calculation of loads, maximum stresses at the edges of bolt holes of multi-row joints, and distribution of forces across rows.</p>

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Theoretical Foundations of Rational Design of Multi-Row Transverse Bolted Joints of Complex Configuration

  • V. F. Kozhevnikov

摘要

Abstract

The article proposes a method for rational design of multi-row transverse bolted joints of complex configuration with adjustment for the specified static or cyclic strength. Auxiliary calculation models of regular flat, lapped, and wedge-shaped joints are used. Formulas are obtained for the calculation of loads, maximum stresses at the edges of bolt holes of multi-row joints, and distribution of forces across rows.