Stability calculations for arc sliding of the embankment, examination of countermeasures, investigation of liquefaction, and calculations of arc sliding using the Newmark method will be conducted.
The 'Stability Calculation of Embankments' is a civil engineering design software that can perform stability calculations based on arc sliding of embankments, in accordance with the design standards for land improvement project planning 'Fill Dam Edition', the guidelines for land improvement project planning 'Pond Maintenance', and technical standards for disaster prevention regulation ponds, etc. Using a keyboard and mouse, it is possible to input grid point coordinates, geological block data, water levels, loads, MCL, NCL, maximum points, minimum points, and tensile crack lines. Additionally, the background color of the screen can be changed, and each geological block can be color-coded. [Features] ■ Can perform stability calculations based on arc sliding of embankments according to technical standards for disaster prevention regulation ponds, etc. ■ Capable of importing grid point coordinates and geological blocks by reading DXF and CSV files ■ Can calculate safety factors and necessary restraining forces using the division method ■ Can take tensile crack lines into account ■ For each water level case, the sliding surface range upstream and downstream can be specified *For more details, please refer to the PDF document or feel free to contact us.
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【The following calculation formulas are available for selection】 1. "Effective Stress Method" and "Total Stress Method" for land improvement (fill dam edition, pond maintenance) 2. Disaster prevention retention pond standards (Effective Stress Method) 3. Guidelines for seismic design of land improvement facilities (ΔU Method) 4. Land improvement (pond maintenance: hydrostatic pressure (d) (ΔU Method) 5. High-standard embankment earthwork design and construction manual (Effective Stress Method: kh Method) 6. High-standard embankment earthwork design and construction manual (Effective Stress Method: ΔU Method) 7. Guidelines for structural examination of river embankments (Effective Stress Method) * For "rapid water level drop," options 1, 3, and 4 above will be selected. 【Applicable Standards】 ■ Design standards for land improvement project planning "Dams" Technical Document [Fill Dam Edition] April 2003 (Ministry of Agriculture, Forestry and Fisheries) ■ Design guidelines for land improvement projects "Pond Maintenance" May 2015 (Japan Society of Agricultural Engineers) ■ Technical standards (draft) for disaster prevention retention ponds, commentary and design examples September 2007 (Japan River Association) ■ Guidelines for seismic design of land improvement facilities March 2004 (Japan Society of Agricultural Engineers) ■ High-standard embankment earthwork design and construction manual March 2000 (Riverfront Development Center) etc. * For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Our company is widely used by civil engineering firms for the development and sale of civil engineering design software. We provide comprehensive support for your business, including retaining walls, slopes, temporary structures, bridges, and cost estimation. Please feel free to contact us if you have any requests.