Fenlabs Aplicaciones برنامه ها

This application solves in a powerful, quickand easy way the calculation of concrete walls of containmentlands. WALL CONCRETE DESIGN LITE is a sample application of themost powerful WALL CONCRETE DESIGN PRO (which has no publicity). Ithas a wide capacity of results, resolving unbraced and braced wallsor basement of one or two levels. The simplicity of thisapplication is based on the fact that introducing only:- Wall height.- Bearing capacity or soil stress.- Quality or tensile strength of the steel used.- (Only for basement walls) wall head cargo.We obtain the result of both geometric (wall and footingdimensions) of the foundation as all the positions and amounts ofsteel to build the wall.This application has been created to be an aid of the differentpeople involved in the development of a particular construction.For its extreme simplicity, this application, can be handled byanyone with a basic knowledge of construction, but we recommendthat it should only be used by people with enough technicalcalculation knowledge to know how to interpret the results.To simplify the calculation further, we have taken a number ofdefault values that meet most of the cases we usually find.In the basement walls we have introduced a headwall load tosimulate the loads transmitted by buildings above the upper boundof the wall. It has been considered in the calculation of a heightequivalent to a floor structure load of 5 meter span and a totalload of 8KN/m2.It has been considered in the not braced a retaining walls highthermal variation, for otherwise we can reduce the horizontalsoffit steel frame (face exposed to the sun) to 20%.Rebar lead have been introduced.Not hydrostatic thrust in the backfill of the wall has beenconsidered.

This application solves in a powerful,quickand easy way the calculation of concrete walls ofcontainmentlands. It has a wide capacity of results, resolvingunbraced andbraced walls or basement of one or two levels. Thesimplicity ofthis application is based on the fact that introducingonly:- wall height.- Bearing capacity or soil stress.- Quality or tensile strength of the steel used.- (Only for basement walls) wall head cargo.We obtain the result of both geometric (wall and footingdimensions)of the foundation as all the positions and amounts ofsteel to buildthe wall.This application has been created to be an aid of thedifferentpeople involved in the development of a particularconstruction.For its extreme simplicity, this application, can behandled byanyone with a basic knowledge of construction, but werecommendthat it should only be used by people with enoughtechnicalcalculation knowledge to know how to interpret theresults.To simplify the calculation further, we have taken a numberofdefault values that meet most of the cases we usually find.In the basement walls we have introduced a headwall load tosimulatethe loads transmitted by buildings above the upper boundof thewall. It has been considered in the calculation of aheightequivalent to a floor structure load of 5 meter span and atotalload of 8KN/m2.It has been considered in the not braced a retaining wallshighthermal variation, for otherwise we can reduce thehorizontalsoffit steel frame (face exposed to the sun) to20%.Rebar lead have been introduced.Not hydrostatic thrust in the backfill of the wall hasbeenconsidered.