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Civil Engineering Design Software Product List

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Civil engineering design software "Pile Foundation Design"

Civil engineering design software "Pile Foundation Design"

Stable calculations are possible using the rigid matrix method! We can also conduct studies on liquefaction, pile comparison tables, and selection of forms.

The "Pile Foundation Design" is a civil engineering design software that primarily allows for the calculation of bearing capacity, stability, section calculations, and pile head treatment of pile foundations based on the "Guidelines for Road Bridges and Their Explanations (November 2017)." Assuming the base slab as a rigid body, the displacement of the entire pile foundation (displacement of the base slab) is calculated using the stiffness matrix method, which determines the displacement through the spring matrix at the pile head and the equilibrium equations of the horizontal forces, vertical forces, and rotational moments acting on the entire pile foundation. Additionally, it can also conduct studies on liquefaction, pile comparison tables, and selection of types. 【Features】 ■ Capable of calculating bearing capacity for both liquefied and non-liquefied conditions ■ Can calculate the ultimate bearing capacity (Type I, Type II) during Level 2 earthquakes ■ For supporting piles, it is possible to check the embedment length into the bearing layer ■ Can calculate the bearing capacity at the pile tip for thin layer support ■ Allows selection of the method for determining the length of inclined piles *For more details, please refer to the PDF materials or feel free to contact us.

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Civil engineering software "Design of Gravity-Type Bridge Abutments"

Civil engineering software "Design of Gravity-Type Bridge Abutments"

It is possible to specify the slope (α) of the backfill soil! Design considering partial coefficients can be achieved.

The "Gravity-Type Abutment Design" is a civil engineering design software that allows for the design of gravity-type abutments based on the Road Bridge Design Guidelines (2017) using the partial coefficient method. When the ground is determined to be subject to persistent and variable actions, as well as liquefaction, a check against Level 2 seismic motion will be conducted. Additionally, the superimposed load can be set up to three types, allowing for considerations such as snow loads. 【Features】 ■ Enables the design of gravity-type abutments using the partial coefficient method ■ Allows for design considering partial coefficients ■ Capable of designing under conditions dominated by persistent actions, variable actions, and accidental actions ■ The earth pressure used in the design corresponds to the following methods: - Earth pressure only - Earth pressure + triangular water pressure - Earth pressure + residual water pressure ■ Arbitrary loads can include concentrated loads, distributed loads, and moment loads ■ The backfill friction angle (δ) and shear resistance angle (φ) can be specified arbitrarily *For more details, please refer to the PDF materials or feel free to contact us.

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Civil Engineering Design Software "Design of Gravity-Type Bridge Abutments (H24 Road Standard Version)"

Civil Engineering Design Software "Design of Gravity-Type Bridge Abutments (H24 Road Standard Version)"

We will perform the calculation of the acting forces on gravity-type abutments, stability calculations for direct foundations, stability calculations for pile foundations, and member design.

The "Design of Gravity-Type Abutments (H24 Road Guidelines Version)" is a civil engineering design software that allows for the calculation of acting forces on gravity-type abutments, stability calculations for direct foundations, stability calculations for pile foundations, and member design, based on the Road Bridge Design Guidelines (March 2012). Design considerations include checks against Level 2 seismic motions when located on ground determined to experience Level 1 seismic motions (using the seismic intensity method) and liquefaction. Additionally, the earth pressure coefficient can accommodate Coulomb, modified Terzaghi-Okabe methods (optional). 【Features】 ■ Shapes compatible with bridge anti-collapse installations can be input during design loading. ■ Up to three types of superimposed loads can be handled, with the ability to set load names. ■ Specification of the backfill slope (α) is possible. ■ Diagrams of the approach area behind the abutment can be created. *For more details, please refer to the PDF document or feel free to contact us.

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Civil engineering design software "Design of Inverted T-Type Abutment (H24 Road Standard Version)"

Civil engineering design software "Design of Inverted T-Type Abutment (H24 Road Standard Version)"

Calculations of forces, stability calculations for direct foundations, stability calculations for pile foundations, and member design can be performed.

The "Design of Reverse T-Type Abutments (H24 Version of Road Guidelines)" is a civil engineering design software that allows for the design of reverse T-type abutments under Level 1 seismic motion (intensity method) based on the Road Bridge Design Guidelines (2012). It enables calculations of acting forces, stability calculations for direct foundations, stability calculations for pile foundations, and member design. During design loading, shapes compatible with bridge collapse prevention installations can be input. Furthermore, the software can handle calculation cases for normal conditions, temperature, wind, temperature + wind, Level 1 seismic conditions, collision, construction, and Level 2 seismic conditions. 【Features】 ■ Capable of designing reverse T-type abutments under Level 1 seismic motion (intensity method) ■ Shapes compatible with bridge collapse prevention installations can be input during design loading ■ The earth pressure used in the design can accommodate the following three methods: - Earth pressure only - Earth pressure + triangular water pressure - Earth pressure + residual water pressure ■ The earth pressure coefficient can accommodate Coulomb, modified Terzaghi, and Okabe methods (arbitrary) ■ A range that does not consider backfill earth pressure can be set ■ Arbitrary loads can include concentrated loads, distributed loads, and moment loads *For more details, please refer to the PDF document or feel free to contact us.

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Civil engineering design software "Seismic Design of Pile Foundations (H24 Version)"

Civil engineering design software "Seismic Design of Pile Foundations (H24 Version)"

Calculation of virtual RC cross-sections is possible! The number of piles can be input up to 30 rows in both the bridge axis and the direction perpendicular to the bridge axis.

The 'Seismic Design of Pile Foundations (H24 Version)' is a civil engineering design software that allows for the verification of pile foundations during Level 2 earthquakes, based on the Road Bridge Design Guidelines and their Commentary, Volume IV on Substructures, and Volume V on Seismic Design. It can perform calculations in conjunction with our products 'Design of Inverted T-Type Abutments' and 'Design of RC Pier.' Additionally, it allows for the examination of liquefaction. [Features] ■ Verification of pile foundations using the seismic lateral resistance method during Level 2 earthquakes is possible. ■ Based on the Road Bridge Design Guidelines and their Commentary, Volume IV on Substructures, and Volume V on Seismic Design. ■ Calculations can be performed in conjunction with 'Design of Inverted T-Type Abutments' and 'Design of RC Pier.' ■ Selection of seismic isolation bearings is possible. ■ Supports single (one column) piles. *For more details, please refer to the PDF document or feel free to contact us.

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Civil engineering software "Design of Retaining Structures using the Elastic-Plastic Method"

Civil engineering software "Design of Retaining Structures using the Elastic-Plastic Method"

Calculation of root depth and the calculation of wall displacement and sectional forces at each construction stage can be performed.

"The design of retaining structures using the elastoplastic method" is a civil engineering design software that allows for the design of retaining structures based on guidelines such as road earthworks and temporary structures, using the elastoplastic method (extended method). The calculations include the calculation of embedment length, displacement of the wall body at each construction stage, and calculation of sectional forces. Additionally, it can assess heaving, slab bulging, piping, and calculate embedment length based on steady-state conditions. 【Features】 ■ Allows for the examination of retaining structures using the elastoplastic method (extended method) ■ Up to 20 tiers of cutting beams can be installed ■ Can consider preload loads ■ Up to 20 layers of strata can be calculated, with passive side ground improvement possible for up to 5 layers ■ Can handle triangular water pressure and confined water pressure *For more details, please refer to the PDF document or feel free to contact us.

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Civil engineering design software "Reinforcement Design of Existing Bridge Piers"

Civil engineering design software "Reinforcement Design of Existing Bridge Piers"

Reinforcement configuration can be input up to three levels! We will conduct strength verification and reinforcement design for existing RC bridge piers.

The "Reinforcement Design of Existing Bridge Piers" is a civil engineering design software that enables the reinforcement design of RC bridge piers based on the seismic design guidelines for road bridges and the collection of case studies on seismic reinforcement methods for existing bridges. It references materials related to seismic design for road bridges and is based on the Road Bridge Design Guidelines and its commentary, Volume V, Seismic Design Edition. The software can assess damage to existing bridge piers and evaluate the damage cross-section, bending strength, shear strength, and deformation performance after reinforcement. 【Features】 ■ Can assess damage judgment for stepped sections ■ Can consider the damping effect from the foundation ■ Can consider the deep beam effect ■ Allows selection of the shear strength assessment position during failure mode determination ■ Allows selection of the treatment of correction factor Cc for positive and negative alternating loads *For more details, please refer to the PDF materials or feel free to contact us.

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Civil engineering design software "Detention Basin (Disaster Prevention Detention Basin) Capacity Calculation System"

Civil engineering design software "Detention Basin (Disaster Prevention Detention Basin) Capacity Calculation System"

The simplified rainfall intensity formulas can be selected from six types: Talbot type, Sherman type, Kuno-Ishiguro type, Kimishima type, Nagano Prefecture type, and Yamanashi Prefecture type.

The "Adjustment Pond (Disaster Prevention Regulation Pond) Capacity Calculation System" is a civil engineering design software that enables hydrological design for off-site and on-site retention facilities, referencing technical standards for disaster prevention regulation ponds, technical guidelines for watershed retention facilities, and technical guidelines for rainwater infiltration facilities. It can create rainfall intensity curves, calculate flood arrival times, estimate design sedimentation volumes, and compute the heights of flood outlets and non-overflow sections. Additionally, the EX version can calculate planned wastewater and rainwater volumes, allowing for the examination of flow capacities in separate and combined drainage systems. 【Features】 - Capable of hydrological design for off-site and on-site retention facilities - Can perform calculations for complete retention - Can calculate flood outlets and non-overflow section heights - Can perform calculations when infiltration facilities are used in conjunction - For on-site retention facilities, it can estimate ponding times *For more details, please refer to the PDF document or feel free to contact us.

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Civil engineering software "Stability Calculation of Embankments"

Civil engineering software "Stability Calculation of Embankments"

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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Civil engineering design software "Design of Drainage Pits"

Civil engineering design software "Design of Drainage Pits"

This is a system for stability calculations of catchment basins and member calculations for side walls and bottom slabs.

"The design of collection wells" is a civil engineering design software that can perform stability calculations and member calculations for small-scale collection well structures, including side walls and bottom slabs. In the stability calculations, it examines buoyancy and bearing capacity, while in the member calculations, it allows for the selection of three calculation methods (1. Calculation using rectangular slabs, 2. Method using frame calculations, 3. Calculation based on the "Design Handbook (Revised Kinki Regional Construction H12)"). It can also check the stress of the side walls and bottom slabs. 【Features】 ■ Design for "reinforced concrete structures" and "unreinforced concrete structures" is possible. ■ The shape of the side walls can be set to vertical, outward sloped, inward sloped, or both sides sloped. ■ Supports calculations for normal and seismic conditions. ■ Reinforcement can be set for single or double reinforcement. ■ The cover for reinforcement can be individually set for both the outer and inner sides of the reinforcement. *For more details, please refer to the PDF materials or feel free to contact us.

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Civil engineering design software "Pipeline Design"

Civil engineering design software "Pipeline Design"

We will examine the burial depth (freezing depth, uplift) and verify the safety of the pipe body under normal conditions and during earthquakes (Level 1, 2).

"The design of pipelines" is a civil engineering software that examines the burial depth of both pressure pipes and non-pressure pipes based on the design standards and operational guidelines for land improvement project planning, as well as the planning and design guidelines for sewer facilities. It also checks the safety of the pipe body under normal conditions and during earthquakes. In the safety check of the pipe body, pipe types with safe pressure strength against external pressures from live loads such as soil pressure and vehicle loads, as well as internal pressures from hydrostatic pressure and water hammer pressure, are selected. 【Features】 ■ Data of pipes registered for each pipe type ■ By inputting the change in burial depth, it is possible to register the examined cross-section ■ Safety checks can be performed based on the total cross-sectional forces during normal conditions and earthquakes *For more details, please refer to the PDF materials or feel free to contact us.

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Civil engineering design software "Arbitrary Shape Retaining Wall Design System ST Version/EX Version"

Civil engineering design software "Arbitrary Shape Retaining Wall Design System ST Version/EX Version"

By inputting the cross-sectional shape with coordinate values, it can accommodate various types of retaining walls.

The "Arbitrary Shape Retaining Wall Design System ST Version/EX Version" is a civil engineering design software that performs stability calculations and cross-section calculations for retaining walls. By inputting the cross-sectional shape using coordinate values, it can accommodate various types of retaining walls. It displays the cross-sectional view on the screen while inputting data, which helps prevent input errors in advance. Additionally, it is possible to create a cantilever section on the front side of the retaining wall. The EX version allows for the examination of overall stability. 【Features】 ■ Performs stability calculations and cross-section calculations for retaining walls ■ Prevents input errors by displaying the cross-sectional view on the screen while entering data ■ Allows for the creation of a cantilever section on the front side of the retaining wall ■ The EX version enables the examination of overall stability ■ Can consider protrusions *For more details, please refer to the PDF materials or feel free to contact us.

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Civil engineering software "Tameike Hydrological Calculation"

Civil engineering software "Tameike Hydrological Calculation"

Calculate the design flood flow rate using outflow calculations and perform hydraulic design calculations for the spillway.

The "Reservoir Hydraulic Calculation" is a civil engineering design software that can perform calculations for the design flood flow rate in reservoirs and the hydraulic design calculations for the approach channel, adjustment section, transition section, discharge channel, energy dissipation structure, downstream channel, and freeboard based on the land improvement project design guidelines "Reservoir Maintenance." Calculations for the design flood flow rate and the design of the spillway can be performed as both batch calculations and individual calculations. Additionally, the design flood flow rate can be calculated in batches for two probability years (such as 200-year probability and 100-year probability), allowing for flow rate selection for each spillway facility. 【Features】 ■ Supports examination of storage effects based on A-section flow rates ■ Rainfall waveforms can accommodate central concentration type, central concentration type (Hyogo Prefecture), and rear concentration type ■ The elevation at the downstream end of the transition section can be set using either calculated values or input values ■ The channel width of the transition section can be set to constant width, tapered, or constant width + tapered *For more details, please refer to the PDF materials or feel free to contact us.

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Civil engineering design software "Kago Construction and Flat Sheet Construction Design"

Civil engineering design software "Kago Construction and Flat Sheet Construction Design"

We will design "basket mats," "square-shaped baskets," and "flat-pressed blocks."

This product is a system for calculating the stability of gabions (overturning, sliding, bearing capacity), flow force (representative flow velocity), and wire mesh strength. The basket mat is applicable to flat laying methods and multi-layer stacking methods. The flat laying method calculates the representative flow velocity and examines the flow force, while the multi-layer stacking method conducts stability calculations, determines the representative flow velocity, and examines the flow force. Additionally, the flat laying block is used in the articulated block revetment method, which calculates the representative flow velocity and conducts stability checks (verification of sliding and peeling). 【Function Details (Excerpt)】 ■ Input (Gabion) - The front slope of the gabion is set to a steep slope of 1:1.5 or less. - The number of gabion layers can be up to 20 layers. ■ Input (Basket Mat) - The slope of the revetment method for the flat laying method is set to a gentle slope of 1:2.0 or more. - The number of wire cage layers can be up to 20 layers. ■ Input (Flat Laying Block) - The slope of the revetment method for the articulated block revetment method is set within the range of 1:1.5 to 3.0. *For more details, please refer to the PDF document or feel free to contact us.

  • Scientific Calculation and Simulation Software
  • Analysis and prediction system
  • Baskets and futon baskets

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Civil engineering design software "Liquefaction Analysis"

Civil engineering design software "Liquefaction Analysis"

We will calculate the resistance rate FL against liquefaction and determine the liquefaction.

This system calculates the resistance rate FL against liquefaction based on the "Design Guidelines for Road Bridges and Their Commentary V Seismic Design" and the "Guidelines for Structural Design of Building Foundations," and performs liquefaction assessment and liquefaction index calculations. The calculation results are easily visible on the screen, and it is also possible to modify the calculated values directly on the screen. Additionally, in the case of the "Design Guidelines for Road Bridges," it conducts an assessment of fluidization and calculates fluid forces. 【Features】 ■ Calculates the resistance rate FL against liquefaction ■ Performs liquefaction assessment and liquefaction index calculations ■ Calculation results are clearly visible on the screen ■ Allows modification of calculated values on the screen ■ Demonstrates effectiveness for prompt evaluations *For more details, please refer to the PDF document or feel free to contact us.

  • Scientific Calculation and Simulation Software
  • Analysis and prediction system
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