Hypotheses and prerequisites for modelling the stress-strain state of wooden element normal cross-section using the deformation calculation method
Svyatoslav Gomon, Sviatoslav Homon, Andrii Pavluk, Oleksandr Matviiuk, Zoia Sasiuk, Yurii Puhach, Oleksandr Svyrydiuk
Abstract
Hypotheses and prerequisites for modelling the stress-strain state of the normal cross-section of wooden elements for subsequent calculation using the deformation method are proposed. Stages of the stress-strain state of solid and glued wood elements are presented. The concept of the “design cross-section” with a fold in the compressed zone of the element is proposed.
Topics & Concepts
Deformation (meteorology)Structural engineeringSection (typography)Cross section (physics)Stress–strain curveStrain (injury)Stress (linguistics)Finite element methodElement (criminal law)Materials scienceEngineeringComposite materialComputer sciencePhysicsPolitical sciencePhilosophyMedicineInternal medicineOperating systemLawQuantum mechanicsLinguisticsStructural mechanics and materialsWood Treatment and PropertiesAerospace, Electronics, Mathematical Modeling