We will carry out the detailed design of the main steel beams and the floor framing.
The steel girder bridge design system 'HyBRIDGE/Design' integrates linear information from the linear coordinate calculation system (JIP-LINER) and sectional force analysis information from the arbitrary shape spatial framework system (JIP-SPACER) to perform detailed design of the main girders and floor systems of steel girders. Furthermore, the information from the detailed design can be linked to the steel plate girder bridge drafting system (HyBRIDGE/DRAFT-I) and the steel box girder bridge drafting system (HyBRIDGE/DRAFT-B). It features design calculations and drafting based on accurate geometric information, and through three-dimensional analysis sectional force linkage, it accommodates practical models unique to steel structures. For more details, please download the catalog.
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basic information
【Features】 ○ Links basic linear elements from the linear coordinate calculation system (JIP-LINER) ○ Accurately handles continuous changes in flange slope of curved girders, changes in girder height due to main girder hunch, etc., in design drawings ○ Links six sectional forces from the arbitrary shape spatial framework sectional force analysis system (JIP-SPACER) ○ Considers the completion system of non-composite girders, as well as the internal forces due to the construction steps of continuous composite girder slabs, creep, drying shrinkage, and temperature differences ○ Applicable types: Steel deck box girders (single chamber, multi-chamber), steel deck I-girders, RC deck non-composite box girders and I-girders, RC deck composite I-girders, RC deck composite box girders (closed section, single chamber and two chambers, open section), floor systems (transverse beams, transverse girders, longitudinal girders, brackets, anti-tilt structures, transverse structures), design of deck slabs ○ Implementation of fatigue checks ○ Applicable standards and references: Road Bridge Design Guidelines and Commentary I Common Edition (November 2017) *1, Road Bridge Design Guidelines and Commentary II Steel Bridges and Steel Members Edition (November 2017) *1 Some functions are planned to be reviewed and addressed after the publication of calculation examples and guides. ● For more details, please contact us or download the catalog.
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Company information
Since its establishment in 1962 as the scientific and technological division of Nihon Denshi Keisan Co., Ltd., our company has been providing software services, including the development and sales of software related to social infrastructure facilities such as bridges and roads, as well as consulting services. In recent years, the environment surrounding us has significantly changed, with advancements in digital transformation (DX), the realization of a highly information-oriented society such as Society 5.0, and progress towards globalization that includes both the economy and the environment. To be a sustainable development company, we will challenge ourselves to further enhance the scientific and technological and information technologies we have cultivated, detect changes in our customers and the surrounding environment, and engage in efforts for change and transformation, leading to the creation of value for future society. As a partner to our customers, we aim to respond to various solutions while contributing to the international community.
