HanGil IT is the
developer of AStrutTie, a powerful software for creating perfect structural
design. It is primarily applied to make analysis and design a strut-tie model
for concrete members which contain disturbed stress region(s).
It facilitates
the users to create the design of corbel (bracket), abutment/pier footing,
bridge pier coping (pier cap), frame corner, anchorage zone, deep beam, etc.
The software is compatible with U.S (ACI 318, AASHTO LRFD) and Europe (EuroCode
2) codes and specifications.
A concrete member is categorized as B-region(s) and D-region(s).
D-regions belong to parts of structure in which the strain distribution is
extremely nonlinear. The design practices for D-regions are generally dependent
on empirical approaches. The strut-tie model approach produces a superior
concept concerning load transfer mechanisms as well as structural behavior and
it empowers the designer to deal with unconventional situations including
D-regions.
AStrutTie
is a handy software for making analysis/design of concrete members having
D-region(s). The most perfect strut-tie models are developed based on the
principal stress flows and/or evolutionary structural optimization (ESO)
results.
AStrutTie
comprises of a specialized solver that can efficiently manage any sorts of
internally/externally (in) determinate strut-tie models. The strut-tie model
provisions of ACI 318-14 (2014), AASHTO LRFD (2014), and EC2 (2004) are
employed.
In
order to make quick and efficient strut-tie model designs, multirole templates are
arranged for corbel (bracket), abutment footing, pier footing, bridge pier
coping (pier cap), frame corner, anchorage zones with inclined and straight
tendons, and deep beams with concentrated and distributed loads.
The shapes of
concrete members and truss models are also formed by importing .dxf files.
Advanced element sets illustrating truss mechanism, truss and arch mechanism,
and fan action are arranged.
AStrutTie offers different automated design checks reclassifying
the conditions for rebar necessity and strength validation of struts and nodal
zones. Visual validations of strength conditions can also be done.
A
structural design report is automatically created, and design results are
evaluated by forecasting the report. The structural design report is printed as
a .rtf or .xlsx file.
Click on the following link to download the
software www.concretenetwork.com
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Published By
Rajib Dey
www.constructioncost.co
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