Research on the Strength, Stiffness and Durability of Materials and Structural Elements
Description:
We conduct studies of the strength, stiffness and durability of materials and structural elements in order to accurately assess mechanical properties under various loading conditions. Tensile, compression and bending tests are performed to determine the characteristics of materials and elements, and if necessary, cyclic loading-unloading tests are performed to analyze fatigue and deformation properties. During the tests, load values, deformations and material behavior up to limit states are recorded. The NS PAS hydraulic station (serving 200kN and 2500kN presses) and KAL 300kN force sensors are used, ensuring high accuracy and reliability. The results obtained are presented in the form of both measurement data and summarized conclusions, creating conditions for scientific research, optimization of structures and industrial application.
We conduct studies of the strength, stiffness and durability of materials and structural elements in order to accurately assess mechanical properties under various loading conditions. Tensile, compression and bending tests are performed to determine the characteristics of materials and elements, and if necessary, cyclic loading-unloading tests are performed to analyze fatigue and deformation properties. During the tests, load values, deformations and material behavior up to limit states are recorded. The NS PAS hydraulic station (serving 200kN and 2500kN presses) and KAL 300kN force sensors are used, ensuring high accuracy and reliability. The results obtained are presented in the form of both measurement data and summarized conclusions, creating conditions for scientific research, optimization of structures and industrial application.
Keywords:
laboratoriniai tyrimai,medžiagų mechanika
Field of Science:
New production processes, materials and energy efficiency
New production processes, materials and energy efficiency