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Abstract

People appear in the courtroom when they engage in various disputes with others and have diverse problems of their own. The courts are supposed to provide them with a space where they can obtain justice, in accordance with the law. It is no less important, however, that while pursuing this goal the courts should deal with people’s problems in a way that makes the people willing to accept and comply with their decisions. The central issue defining the scope of this empirical study was the question of what element of the construct of procedural justice promotes behaviors associated with legitimacy and compliance with the law in the Polish judicial system. The author set out to investigate what identified procedural justice in Polish legal culture and what variables pertaining to the context of legal proceedings it was related to. The sample consisted of 115 individuals taking part in civil court proceedings conducted in civil divisions of district courts. Based on analyses performed on research results it can be concluded that behaviors associated with legitimacy and compliance with the law in the Polish judicial system is determined by the sense of fairness experienced in the courtroom, whose structure is built by experiences such as being given the opportunity to speak, being treated with respect, the judge’s impartiality, the comprehensibility of the language used and procedures applied in the courtroom, and the sense of influence on the final outcome of the proceedings.

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Authors and Affiliations

Tomasz Prusiński
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Abstract

One of the major concerns of the power energy industries is a proper operation of steam power blocks. Pressurized working medium and high temperature cause very high stresses in the construction elements such as collectors, separators or steam valves. They are exposed to sudden temperature and pressure changes that cause high stresses at certain points. Additionally, the cyclic character of loading causes material fatigue, known as low-cyclic fatigue, which may lead to the formation of fracture. Thus, methodologies offered by many companies should ensure reliable and safe operation of steam power blocks. The advanced numerical solutions for determining time-optimum medium temperature changes are presented. They are based on Levenberg-Marquardt and nonlinear programming by quadratic Lagrangian methods. The methods allow us to find parameters for start-up and shut-down operation that can reduce total stresses to limits governed by European regulations. Furthermore, the heating and cooling operations are conducted in a shortest time possible.
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Authors and Affiliations

Dariusz Rząsa
Piotr Duda

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