Detailed Design System for PC and PRC Bridges 'PCBOX-II'

We will conduct detailed design of PC/PRC continuous girder bridges and frame bridges through extended construction, segmented construction, and integrated construction.

The detailed design system for PC and PRC bridges, "PCBOX-II," is software that performs detailed design (section force analysis, design calculations) for PC and PRC continuous bridges and frame bridges using cantilever construction, segmented construction, and full-span construction. It allows for design based on the Road Bridge Design Guidelines and Commentary III for Concrete Bridges and Concrete Components (from November 2017 to January 1978) and the Design Guidelines Volume 2 (from July 2014 to July 1990). With a wealth of confirmation drawings, input work can be done visually. Additionally, it enables smooth data transfer from the outline automatic design of PC and PRC bridges (PCBOX-ISLAND-2) to the seismic design support program for continuous elevated bridges (JT-KOHKA). For more details, please download the catalog. *The catalog is available from the "Urban Development Database Site" (https://kensetsu.ipros.jp/product/detail/2000095753).

basic information

【Features】 ○ General: Easy data entry through a powerful input interface ○ Bridge Types: Box girder bridges with concrete sections (frame bridges, continuous girder bridges, simple girder bridges), corrugated steel web bridges, multi-girder bridges*1, hollow slab bridges PC structures, PRC structures (Design Guidelines Volume 2), cantilever construction, segmented construction, full construction, PC steel materials with internal cables, external cables, combined internal and external cables, V-type, Y-type piers ○ Input: Rich confirmation drawings allow for visual confirmation of side views, frame diagrams, cross-sectional views, erection step diagrams, PC steel material arrangements, etc., simultaneously with input ○ Calculation Results: Output of sectional forces and stress values to CSV files is possible ○ Calculation Contents: Verification of composite bending stress, bending failure safety factor, average shear stress, diagonal tensile stress, crushing resistance, and diagonal tensile failure resistance, etc. ○ Applicable Standards and References: Road Bridge Design Guidelines and Commentary I Common Edition (November 2017 - January 1978), Road Bridge Design Guidelines and Commentary III Concrete Bridges and Concrete Components Edition (November 2017 - January 1978), Design Guidelines Volume 2 Bridge Design Edition (July 2014 - July 1990) *1 Only the main girder is calculated, and it is not a full structural analysis. ● For more details, please contact us or download the catalog.