It is possible to examine the thrust force considering the groundwater levels of the drainage pipes and non-drainage pipes in accordance with the land improvement "pipeline," as well as to explore countermeasures.
In accordance with the "Land Improvement 'Pipeline'" and "Water Supply Facility Design Guidelines," it is possible to examine the thrust forces of "pressure pipes" and "non-pressure pipes," as well as to implement countermeasures such as "integrated length calculations" (welding/adhesion and detachment prevention) and the examination of "thrust blocks." The target shapes include "bends (vertical and horizontal)," "branch points," "single drop sections," "valve sections," and "T-pipes." Calculation reports allow for content verification on a preview screen, creation of a table of contents, detailed output for each cross-section, and output of a summary table of calculation results. Additionally, Word output is also possible.
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basic information
- The types of pipes under consideration include non-ductile pipes (centrifugally cast reinforced concrete pipes/core-type prestressed concrete pipes) and ductile pipes (ductile cast iron pipes/steel pipes/hard PVC pipes/polyethylene pipes/reinforced plastic composite pipes) for thrust force assessment and countermeasure considerations. - The types of pipes used are registered as standard pipe types under the standard specifications. Additionally, user registration and editing are possible for registered pipes. - Thrust forces can be assessed for bends, drop sections, branch sections, valve sections, and T-pipes. - The groundwater level calculation formula takes into account the pipe bottom, groundwater level, and pipe top. - The assessment cross-section allows for data duplication. Changes to pipe types, design water pressure, and groundwater level specifications are also possible. - Thrust force assessments calculate sliding, uplift, settlement, stress, etc., depending on the assessment location. - Regardless of thrust force assessment, calculations for integrated length and thrust block considerations are conducted. - The calculation of integrated length can be performed based on the pipe type, either for "welding, bonding, or fusion joining" or for "joining with anti-disengagement joints." The assessment cross-section also accommodates valves and T-pipes. - Thrust block countermeasures can be selected from four types for bends, two types for branch sections, and one type for drop sections. Additionally, arbitrary-shaped blocks can be chosen for bends and branch sections.
Price information
¥209,000 (HASP method + tax included)
Price range
P3
Delivery Time
P2
Applications/Examples of results
Specifications and Standards - Land Improvement Project Planning Design Standards Compliant with the "Pipeline" Design Standards Technical Document (June 2021) - Water Supply Facility Design Guidelines (Japan Water Works Association) (2009 Edition)
Company information
Our developed products are the result of collaboration among the "Sales Division," "Development Division," and "Design Division," along with the accumulated achievements of our sponsoring companies. We are engaged in the development of innovative civil engineering design software. No matter how systematized the world becomes, it is people who create and use these systems, and we believe that what emerges from communication between people is of utmost importance.
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