Andrey Warm ones

Position:Deputy General Director for Marketing
Employer:SCAD Soft Group of Companies
Country:Russia

Background

He is a graduate of Samara State Aerospace University and Samara State University of Architecture and Civil Engineering.

Worked in companies in Samara:

  • Poliremstroy-2,
  • Electroshield-Stroyindustry,
  • "KBT".
Since 2018 he has been Deputy General Director for Marketing at NPF SCAD SOFT LLC.

He has published in the journals "Industrial and Civil Engineering", "Construction mechanics and calculation of structures".

He is the author and presenter of a special course on the calculation of metal structures in the SCAD Office.

Topics of presentations

2025
  1. Calculation of steel structures for fatigue under the action of the pulsation component of the wind load in SCAD++
2024
  1. Automation of calculation and application of wind and ice loads on lattice structures in SCAD++ using a plug-in package. Solving problems in JV 20.13330 that arose during development
  2. Calculation of steel structures for seismic impact in SCAD++ by direct dynamic method in a nonlinear formulation
2023
  1. Principles and techniques for constructing computational models of brick buildings with a rigid structural scheme
2022
  1. Implementation of some features of regulatory documents in SCAD Office. Experience in solving problematic issues with the authors of norms
  2. Modeling and analysis of transient and steady-state modes under vibration (harmonic) effects from equipment by direct integration in linear and nonlinear formulations in SCAD++
2021
  1. The experience of verification calculations of monolithic reinforced concrete buildings for a control earthquake in SCAD++ in a direct nonlinear dynamic formulation
2020
  1. New SCAD++ features based on calculations for progressive collapse using a direct dynamic method, taking into account physical nonlinearity. Identified problems and contradictions of SP 385.1325800.2018
2019
  1. On the unity of the rules for processing calculation results for design purposes (example of a standard report)
  2. The capabilities of the SCAD++ software package for calculating seismic impacts according to modern standards
  3. Quasi-static and direct dynamic method of calculating buildings for resistance to progressive collapse

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