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UC-win/FRAME(3D) is a static/dynamic non-linear analytical program for
3D building frames. It is low-cost high-performance multipurpose analytical
software providing the strongest support for performance design. It allows
geometrical non-linearity/material non-linearity analysis using dynamic/static
loads. The advanced interface offers powerful support in general linear
analysis and elasticity analysis, supporting various structures, shapes,
and materials. Various non-linear spring elements, non-linear elements
of fiber models, and foundational spring elements can be applied.
The 3D analytical models can be exported into 3DS files for UC-win/Road and the like. |
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The program for calclulating stress calculation, required amount of reinforcement,
minimum amount of reinforcement, resisting moment, ultimate moment and
yield moment of sections of RC and SRC with various forms of section. (Abailable
in the later version [required amount of reinforcement / minimum amount
of reinforcement / resisting moment]. |
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Forum8 has produced analytical program WCOMD -- developed by the Concrete
Materials & Structures Laboratory at the University of Tokyo -- for
2D non-linear dynamic analysis/static analysis of reinforced concrete.
WCOMD uses high-precision constitutive properties based on the results
achieved through numerous experiments and theoretical verifications on
concrete. These properties are highly regarded internationally, as well
as in Japan, and provide accurate 2D non-linear dynamic/static analysis
of various reinforced concrete structures with cracks. The safety and damage
level of structures can be evaluated from analytical results so that more
rational and appropriate reinforced concrete structures can be designed. |
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COM3(Fiber) is one of a series of products of FORUM8 for the nonlinear
analysis of reinforcement concrete structures under static and dynamic
loads based on the RC constitutive model which is developed by the Concrete Laboratory, University of Tokyo. It is a following product of WCOMD, which can carry out the two dimensional
dynamic nonlinear analysis of a plane RC structure. COM3(fiber) is furthermore
extended to the three dimensional nonlinear analysis of any spatial RC
structures or RC components that can be modelized as a fiber element, especially
for bridge piers and constructional columns or beams. |
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