Severyn V. Probabilistic design of steel structures under combined effect of stochastic loads

Dissertation is devoted to the problem of development of generalize probability method of the building structures estimation by different probabilistic forms. The models of random loads had been defined more precisely in absolute maxima, independent tests scheme and discrete presentation forms. Algorithm of steel structures probability estimation had been worked out by different probabilistic techniques and realized in MathCAD mathematics programming environment by special program application complex. Large-scale mathematics experiment for calculation of reliability of steel structures of industrial buildings was performed. Groups of non-reliable steel structures had been defined to border normative design method and develop similar-reliability design methods.