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Online course "Calculation in the LIRA-FEM PC according to Eurocodes SP RK EN. Essentials Level"

Calculation of structures in LIRA-FEM according to the Eurocodes SP RK EN for beginners: from the calculation scheme to the results.

Duration
24 academic hours
Field
Structural Analysis

Upcoming groups

  • 15–28 December9 sessions · 19:00–21:00 · onlineInstructor: Шеховцов Владислав
  • 15–25 February 20279 sessions · 19:00–21:00 · onlineInstructor: Шеховцов Владислав
  • 18–28 May 20279 sessions · 19:00–21:00 · onlineInstructor: Шеховцов Владислав
  • 17–27 August 20279 sessions · 19:00–21:00 · onlineInstructor: Шеховцов Владислав

And 1 more group later. The schedule is managed by the training center; a manager will confirm your place in the group.

Training format and price

Training format
Training for one participantOnline course359 000 ₸

Course program

1. Introduction to the LIRA-FEM software package

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  • FEM Fundamentals. Study of the software interface and basic capabilities of the modeling environment.
  • Modeling of a reinforced concrete beam on two supports (the second feature of the scheme).
  • Conducting static calculations and design in accordance with the requirements of SP RK EN 1992, analysis of the results obtained.
  • Review of basic concepts: schema flag, load editor.

2. Design of a flat truss made of metal structures (MK)

  • Modeling of a flat truss, performing static calculations and design in accordance with regulations.
  • Consideration of the principles of formation of calculated combinations of loads (DCL) in accordance with SP RK EN 1990.
  • Introduction to the design system for metal structures STK-SAPR (SP RK EN 1993).

3. Design of a flat reinforced concrete floor slab and foundation slab

  • Modeling and design of a flat reinforced concrete slab in two support options: on two sides and on an elastic foundation.
  • Assignment of concentrated and distributed loads on a slab.
  • Conducting static calculations and design, analysis of calculation results and selection of reinforcement for both design schemes.

4. Design of a flat reinforced concrete frame

  • Modeling and design of a flat reinforced concrete frame, performing static calculations and selecting reinforcement.
  • Study of the application of hinges and rigid rod inserts.
  • Multivariate design capabilities in the LARM-CAD system.
  • Consideration of the effects of imperfections of the first and second kind in the design of structures (SP RK EN 1992).
  • Analysis of the results of static calculation and selection of reinforcement for frame elements.

5. Design of a multi-story spatial building and construction of a shear diaphragm

  • Modeling of a multi-story reinforced concrete building in the LIRA-FEM software package.
  • Conducting dynamic calculations for seismic impacts in accordance with the requirements of SP RK EN 1998.
  • Taking into account eccentricities to masses, performing a combination of dynamic calculation results, modeling plastic hinges in column-beam joints.
  • Conducting a modal analysis of the design scheme and interpreting the results of the impact of seismic loads.
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