Finite Element Modeling - BMEEOTMMsFCI01-00

1. Knows the general principles, rules, and methods of mathematics, natural sciences, and information technology required to practice engineering tasks related to construction, facility design, and implementation. 2. Knows the IT principles necessary for the development of technical systems and process automation. 3. knows the basic operations to be processed on forces and the possible results 4. knows the internal forces and geometric properties of the cross-section of a beam 5. knows the basic concept of elasticity: stresses, strains, equilibrium, linear elasticity, kinematic equations, 6. know the basic work and energy theorems of elasticity and the main steps of Finite Element Analysis 7. knows the principal mechanical material models 8. knows the principles of the partial safety factors, 9. knows the limit states analyzed in the design process of buildings, 10. knows the appearance of non-linearities in the design process, 11. knows the basic steps of design and checking of structures 12. knows the failure modes of structural elements

1. Is able to apply the necessary scientific and IT-principles in the design and construction process of buildings, 2. Effectively applies the information and communication technologies required for the design and construction of buildings 3. calculates the reactions of simple planar structures, 4. draws the internal force diagrams of simple structures, 5. calculates the stresses and the deformations in a cross-section from simple and complex internal forces, 6. determines the principal stresses and principal directions in a given point of a cross-section, 7. is able to position the loads and determine the authoritative combinations, 8. is able to follow the transfer of the horizontal and vertical loads over the structure and find the maximal internal forces, 9. performs basic design and checking tasks in the typical limit states, 10. is able to make orderly, traceable structural calculations, 11. is able to express and summarize the basic assumptions of their calculations and results,

1. Is open to the application of hew IT tools, methods, and procedures in their field. 2. Endeavors to extend their knowledge in their field, 3. endeavors to the precise and error-free problem solving, 4. aspires to prepare well-organized documentation in writings, 5. works together with the tutor/lecturer and fellow students while learning,

1. is open to accepting well-founded critical comments. 2. is ready for the independent use of design aid documents, 3. forms an individual opinion on structural issues, and discuss it with their peers.