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  Home Products Engineering Assistance Package

Engineer AP. Loads and effects

Engineer AP

Programs
Mathematics for engineers
Geometric properties of sections
Static & dynamic analyses, stability
Steel structures
Reinforced concrete structures
Masonry and masonry reinforcing
Timber structures
Foundations and beddings
Loads and effects
Bridge structures

Dead weight and resistance to heat transfer in multi-layer coat

The program for computation of normative and design loads from dead weight of the coat consisting of several layers. Resistance to heat transfer in multi-layer coat may be computed, if required.

Wind loads

The program for computation of wind loads on buildings and structures according to SNIP 2.01.07-85* 'Loads and Effects'. Normative and design values of medium component of the wind load are computed with account of aerodynamic coefficient by schematic models presented in table 4 Amendment 4.

Snow loads

The program for computation of snow loads on buildings and structures according to SNIP 2.01.07-85* 'Loads and Effects' (also with account of modifications made in 2003). Normative and design values of total snow load on horizontal projection of the roof are computed by schematic models presented in table 3 Amendment 3.  

Sleet loads

The program for computation of sleet loads according to SNIP 2.01.07-85* 'Loads and Effects'. Normative and design values of linear and surface sleet load are computed.

Climatic thermal loads

The program for computation of climatic thermal loads on building structures according to SNIP 2.01.07-85*.
The following building codes are also supported:
  Amendment 7 to SNIP II-3-79** that includes coefficients of absorbed solar radiation;
  Amendments 5, 6, 7 to SNIP 2.01.01-82 that include maximum values of total (direct and diffuse) solar radiation.
Normative and design values of different temperature parameters are computed. 



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