International Scientific Journals
of Scientific Technical Union of Mechanical Engineering "Industry 4.0"

This paper presents a model for determining the static load on movable spatial console lattice girder and the clamps which bounded the same one. The paper presents guidelines for theoretical determination of the static load using an appropriate software package and conducted modeling for this purpose. Also, the paper displays the methodology for experimental determining the static load by setting a model for the experimental measurement on the specific measuring points of the clams and the characteristic positions of the carrying console. The research is carried out on a concrete real object and the results are shown numerically and graphically, which enables carrying out an analysis of the load and deducing concreting conclusions about the research object.

The problem of the reconstruction of the historical building coat is in material comparability. The basic of the convenient material choice for reconstructions is to recognize some physical properties of used materials. The crucial properties are moisture and temperature induced expansion. The objective of this paper is to experimentally determine moisture and temperature induced deformations of two lime based plasters. The measurements are performed for moisture content from the dry state to the saturation water content and temperature range of 5 – 60°C. Temperature and moisture induced length differences were measured using LVDT MACRO SENSOR SBP 375040.