Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
31～45 item / All 64 items
For the axisymmetric model, we will use an Excel macro to easily evaluate the results.
Ion beam device design software. Limited to axisymmetric models, but allows for easy operation and evaluation of results using Excel macros. Calculates electric field distribution, magnetic field distribution, and trajectory distribution. The space charge effect can be considered.
With one button, execute calculations from mesh division! Complex analyses can be performed by anyone.
Would you like to conduct a simulation to check if the 5GAUSS line leaks from the room by yourself? We have developed software that is easy to operate, even for construction design personnel who are not familiar with analysis. By setting the room layout and the number of shields, you can simply press the execute button to output the 5GAUSS line diagram. By performing repeated calculations, you can consider the optimal shield placement and the minimum number of shields needed. For more details, please see "062 μ-MRI Introduction" on [Analysis Know-How.com]. Here are the key points: - Dedicated software for MRI shield rooms - Specification of room layout and the number of shield layers for walls and floors - One-button operation for mesh division and calculation execution - Instant display of the 5GAUSS line - Complex analyses made accessible to anyone Additionally: - We provide professional consulting that addresses your specific issues - We offer contract analysis and custom development at affordable prices.
Reinforcement design while checking fit and interference with a 3D model! Usable as a reinforcement drawing in CAD.
"Site Navigation 3D Rebar" is software that allows for rebar design by placing mechanical anchors and anchor frames at the base of steel columns (compatible with precast products and conventional base plates). It imports BIM data called "ST-Bridge" and automatically converts the structurally designed rebar into a 3D model. With one click, you can display the 3D model and check the rebar and any interferences. Additionally, after completing the rebar design, you can export it to a DXF file for use as rebar drawings in CAD. 【Features】 ■ Automatically converts structurally designed rebar into a 3D model ■ Allows for new input of rebar settings for RC and steel members ■ Easily modifies structural cross-sections (piles, foundations, columns, beams), cover, and rebar ■ Adjusts the position of rebar by dragging it on the layout plan ■ Designs rebar while ensuring minimum spacing between bars *For more details, please refer to the PDF materials or feel free to contact us.
Options for slope stability calculation! The results of the comparison of slope countermeasure works can be displayed in a list and printed.
The "Slope Countermeasure Work Options" is a civil engineering design software that allows for the consideration of various countermeasures for slopes that do not meet safety factors. It is capable of designing various slope countermeasures such as "cut slope reinforcement", "ground anchor restraint work", "geotextiles", "sand compaction piles", "retaining embankment work", "slope frame work", and "retaining piles". Additionally, a comparison table of countermeasures can also be created. 【Features】 ■ Allows for the consideration of various countermeasures for slopes that do not meet safety factors ■ Capable of creating a comparison table of countermeasures ■ Results of the comparison of slope countermeasures can be displayed in a list and printed ■ Comparison tables can be automatically created in Excel ■ Calculation result diagrams can be output in DXF format *For more details, please refer to the PDF materials or feel free to contact us.
It is possible to perform stability calculations and member design during normal conditions and during earthquakes (Level 1 and Level 2).
"The design of U-shaped channels" is a civil engineering design software that enables stability calculations and component design of U-shaped channels based on the "waterway construction" standards of land improvement project planning. The channel shapes correspond to standard cross-sections, back-slope types, and covered channel types. Foundations can be examined as either direct foundations or pile foundations. 【Features】 ■ Enables stability calculations and component design for U-shaped channels ■ Can perform stability calculations and component design for both normal and seismic conditions ■ Supports channel shapes including standard cross-sections, back-slope types, and covered channel types ■ Foundations can be examined as either direct foundations or pile foundations *For more details, please refer to the PDF materials or feel free to contact us.
Stability calculations are performed using the displacement method, which determines displacements from the equilibrium equations of horizontal forces, vertical forces, and moments.
The design of pile foundations (H24 version) complies with the 'Road Bridge Design Guidelines (March 2012)' and is a civil engineering design software that can perform calculations for bearing capacity, stability, section analysis, pile head treatment, liquefaction assessment, pile comparison tables, and selection of types. Assuming the base slab is a rigid body, the stability calculation is performed using the displacement method, which determines the displacement of the entire pile foundation (displacement of the base slab) through the spring matrix at the pile head, based on the equilibrium equations of the horizontal forces, vertical forces, and rotational moments acting on the entire pile foundation. [Features] ■ Complies with the 'Road Bridge Design Guidelines (March 2012)' ■ Capable of assessing liquefaction, calculating bearing capacity, performing section analysis, pile head treatment, pile comparison tables, and type selection. *For more details, please refer to the PDF document or feel free to contact us.
The river cross-section and standard cross-section are given flow rates, and the water depth and head loss at each measurement point are determined using Bernoulli's theorem.
The 'Unsteady Flow Calculation' is a civil engineering design software that can perform calculations for unsteady flow, surplus height, flow capacity, and pressure flow. It supports river cross-sections such as arbitrary sections, single sections, and multiple sections, as well as standard cross-sections like rectangular, circular, standard horseshoe, arbitrary horseshoe, and hollow type (I). For more details about other products, please contact us. 【Output Functions】 ■ Calculation Report ■ Results of Unsteady Flow Calculations ■ Longitudinal Diagram ■ Cross-section Diagram ■ Flow Capacity Diagram ■ DXF Output *For more details, please refer to the PDF materials or feel free to contact us.
Up to 30 cases can be added! We will calculate the water depth, flow rate, and the allowance height.
The "Uniform Flow Calculation" is a civil engineering design software that can accommodate 19 different types of cross-sections, starting with river cross-sections. It is capable of calculating water depth, flow rate, and freeboard. The uniform flow calculation is performed using the Manning's equation, the Chezy equation (for circular and rectangular cross-sections), and the Hazen-Williams equation (for circular cross-sections). The calculation of freeboard is based on the "Design Standards and Operations/Explanations for Land Improvement Project Planning Design 'Waterway Works'," and is determined according to water depth and flow patterns. 【Features】 ■ Supports 19 different types of cross-sections, including river cross-sections ■ Allows selection of the energy correction coefficient α from two options: "1.0" and "1.1" ■ Up to 5 slope cases can be set ■ Up to 30 cases can be added *For more details, please refer to the PDF materials or feel free to contact us.
You can check the settlement calculations for each phase and the settlement diagrams and time-settlement curves for each construction stage.
The 'Consolidation Settlement Design Calculation' is a civil engineering design software that can calculate various settlement amounts including 'consolidation settlement,' 'immediate settlement,' 'residual settlement,' and 'lateral displacement.' It is capable of calculating the consolidation settlement amounts for cohesive soils, sandy soils, and peat grounds. Additionally, it allows for the review of settlement calculations and settlement diagrams and time-settlement curves for each construction stage. Furthermore, the calculation of consolidation settlement can be selected from the e-logP method, Cc method, or mv method. 【Features】 ■ Capable of calculating various settlement amounts ■ Able to calculate consolidation settlement amounts for cohesive soils, sandy soils, and peat grounds ■ Can perform calculations for consolidation settlement, immediate settlement, residual settlement, and lateral displacement for cohesive soils ■ Consolidation settlement calculations can be selected from the e-logP method, Cc method, or mv method ■ The loading method for embankments can be selected from embankment loading or direct input of load intensity *For more details, please refer to the PDF materials or feel free to contact us.
Load conditions, support conditions, and combination loads can be set flexibly.
"MY-FRAME Plane Frame Analysis" is an analysis software that allows you to check FRAME structures, load conditions, results of displacements, bending moments, and shear forces on the screen with a CAD-like feel. It performs structural analysis for arbitrary plane frame structures subjected to in-plane and out-of-plane loads. The analysis is conducted using the displacement deformation method, allowing for flexible settings of applied loads, support conditions, and combination loads. Additionally, the analysis results for displacements, bending moments, and shear forces can also be viewed on the screen. 【Features】 ■ Capable of performing structural analysis under in-plane and out-of-plane loads ■ Analysis conducted using the displacement deformation method ■ Analysis results for displacements, bending moments, and shear forces can be viewed on the screen ■ CSV file import functionality available ■ Auxiliary calculation function for pile foundations allows for the application of coupled springs at supports *For more details, please refer to the external link or feel free to contact us.
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.
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.
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.
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.
