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Structural Analysis Product List and Ranking from 12 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.

Structural Analysis Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.

  1. null/null
  2. テラバイト Tokyo//software
  3. ダイコーテクノ Hiroshima//others
  4. 宇部情報システム Yamaguchi//software
  5. 5 ストラク・ラボ Hokkaido//Testing, Analysis and Measurement
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Structural Analysis Product ranking

Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.

  1. Structural (FEM) Analysis
  2. [Structural Analysis Example] Buckling Analysis of an Empty Can テラバイト
  3. "Contract analysis, commissioned analysis, and subcontracting for CAE" Structural analysis ダイコーテクノ
  4. Structural Analysis Service 宇部情報システム
  5. 4 Information on structural and thermal fluid analysis services for industrial machinery. ストラク・ラボ

Structural Analysis Product List

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Structural Analysis Service

Structural Analysis Service

We will support your business promotion with analytical technology.

Our company has been a member of the UBE Group and Osaka Gas Group for approximately 40 years since its establishment, providing support for the design and troubleshooting of various equipment such as chemical plants and industrial machinery through our analytical technology. We will support your design operations with our proven structural analysis technology. For example... - Stress evaluation of newly designed equipment - Prompt investigation of the causes of equipment failure and verification of countermeasure effectiveness - Standard evaluations to obtain approvals from public institutions and customers - Consideration of business partners to address the shortage of CAE personnel Please feel free to consult with us.

  • Contract Analysis

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[Structural Analysis Example] Impact Analysis of a Rigid Sphere on a Protective Net

[Structural Analysis Example] Impact Analysis of a Rigid Sphere on a Protective Net

Modeling the net and support pillars to simulate the impact of a rigid sphere of falling rocks!

We will introduce a case study on the analysis of the strength and behavior of a protective net when it is impacted by falling rocks. It is possible to confirm not only the deformation of the net and the generated stress due to the impact of a rigid sphere but also the stress and deformation of the support posts caused by the net pulling on them. This analysis allows for the verification of the load-bearing capacity and failure behavior of the protective net, which can contribute to more optimal protective designs. [Analysis Results] - Confirmation of the deformation of the net and generated stress due to the impact of a rigid sphere, as well as the stress and deformation of the support posts caused by the net pulling on them. - Ability to verify the load-bearing capacity and failure behavior of the protective net. - Possible contribution to more optimal protective designs. *For more details, please refer to the related links or feel free to contact us.

  • Structural Analysis

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[Structural Analysis Example] Coupled Problem 1 Using Particle Method (SPH)

[Structural Analysis Example] Coupled Problem 1 Using Particle Method (SPH)

Modeled by the particle method (SPH)! The SPH water and Lagrange rotor blades apply contact conditions.

We will introduce a case study regarding "Bird Strike on Turbine Rotors." The properties of the bird are modeled as water using the Smoothed Particle Hydrodynamics (SPH) method. Contact conditions were applied between the SPH water and the Lagrangian rotor blades. In the related links below, we present the analysis results in images, so please take a look. 【Case Overview】 ■ SPH (Smoothed Particle Hydrodynamics) is suitable for analyzing fluid dispersion and large deformations. ■ The bird is modeled using the particle method (SPH). ■ The properties of the bird are modeled as water. ■ Contact conditions were applied between the SPH water and the Lagrangian rotor blades. *For more details, please refer to the related links or feel free to contact us.

  • Structural Analysis

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Information on structural and thermal fluid analysis services for industrial machinery.

Information on structural and thermal fluid analysis services for industrial machinery.

We contribute to the shortening, cost reduction, and high quality of production processes!

At Struct Lab Co., Ltd., we provide analysis services ranging from 3D modeling to structural analysis, vibration analysis, and thermal fluid analysis. By utilizing analysis, various characteristics can be examined during the design phase, allowing for the selection of the best structure at that stage. Additionally, by having your clients review the analysis results, issues can be clearly identified and shared. 【Features】 ■ Creation of 3D models ■ Quick analysis ■ Reasonable pricing *For more details, please refer to our catalog or feel free to contact us.

  • Analysis Services
  • Contract Analysis

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Structural Analysis and CAE Flat Rate Service

Structural Analysis and CAE Flat Rate Service

We offer high-quality structural analysis at a reasonable price!

Our company offers structural analysis and CAE services based on evaluations conducted for structural analysis. Typically, we accept projects on a case-by-case basis, but we also offer a flat-rate service (subscription for analysis). We provide high-quality structural analysis at a reasonable price. Please feel free to contact us if you have any requests. 【Courses】 ■ Six-month course ■ One-year course A ■ One-year course B ■ One-year course C *For more details, please download the PDF or contact us.

  • Structural Analysis

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Structural analysis

Structural analysis

Ensuring the safety and confidentiality of customer data! We are also skilled in nonlinear analysis and capable of conducting collision and impact analysis.

We have been engaged in various types of "structural analysis" across a wide range of industries, including automotive, racing, railways, medical devices, aerospace, marine, heavy industry, and construction. By utilizing a diverse array of software without being tied to a single analysis tool, we evaluate various problems. Even for customers who are new to CAE analysis, we support product development by formulating conditions based on relevant JIS and ISO standards and simulating special usage conditions in the analysis. If you are a customer who wants to try CAE analysis but doesn't know how to proceed, please feel free to contact us. 【Features】 ■ Utilization of a wide variety of analysis methods ■ Highly reliable analysis ■ Valuable evaluation reports *For more details, please refer to the PDF materials or feel free to contact us.

  • Analysis Services

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[Structural Analysis Example] Collision Analysis Side Crash of a Car

[Structural Analysis Example] Collision Analysis Side Crash of a Car

For drop and impact analysis, we introduce the concept of "impact force considering the propagation of stress waves" for analytical calculations!

In considering shock analysis, there are (1) shock forces derived from absorbed energy, (2) shock forces derived from the equations of motion of rigid bodies, and (3) shock forces derived from the propagation of stress waves. (1) refers to the stress at the maximum deformation displacement when the deformable body is impacted. (2) is determined from the equilibrium of the inertial force of the colliding object (rigid body) and the reaction force from the deformable body, while (3) introduces the concept of stress waves. In 'LS-DYNA', the approach of (3) is incorporated for analysis calculations in drop and impact analysis. [Overview] ■ (1) Shock forces derived from absorbed energy - The stress is considered at the maximum deformation displacement when the deformable body is impacted. - It is assumed to occur not at the moment of impact, but when the deformation of the deformable body reaches its maximum after the impact. *For more details, please refer to the related links or feel free to contact us.

  • Structural Analysis

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[Structural Analysis Example] Simulation of Seismic Isolation Building Wall Collision Due to Earthquake

[Structural Analysis Example] Simulation of Seismic Isolation Building Wall Collision Due to Earthquake

It has been demonstrated that it is possible to examine the acceleration occurring in buildings and the damage to the buildings!

We will introduce a case study of seismic response analysis of a seismic isolation nuclear power plant building and retaining wall ground model, taking into account the nonlinearity of the seismic isolation devices and concrete cracking when exceeding the design seismic motion. The ground is modeled using solid elements, the building with shell elements, the internal concrete (I/C) and foundation slab with solid elements, and the seismic isolation devices with beam elements. As a result, it was observed that in a wide area around the reactor containment vessel (PCCV), the surrounding building (REB), and the retaining wall, in-plane cracking occurred in both the in-plane 1 direction and in-plane 2 direction due to the collision between the building and the retaining wall. 【Analysis Settings】 ■ After self-weight loading, seismic waves were simultaneously input in two horizontal directions and vertically (2/3 of the horizontal) at the bottom surface of the lower foundation slab. ■ The input seismic waves used were three times the Japan Architectural Center simulated seismic wave BCJ-L2. *For more details, please refer to the related links or feel free to contact us.

  • Structural Analysis

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[Structural Analysis Example] Penetration Analysis of Reinforced Concrete Walls Using SPG

[Structural Analysis Example] Penetration Analysis of Reinforced Concrete Walls Using SPG

It is possible to analyze the fracture behavior without causing mass and energy loss due to element removal!

We present a case study of a rigid body engine colliding with a rebar-free concrete wall modeled using SPG. By using SPG, it is possible to analyze the failure behavior without causing mass and energy loss due to element deletion. With the SPG control parameters added in Ver.R10, the stability of particle behavior in brittle fracture analysis, such as collisions and penetrations of concrete materials, has improved. 【Concrete Material】 ■MAT_DAMAGE_CONCRETE_REL3 ■Density: 2.3×10-9 ton/mm3 ■Poisson's Ratio: 0.2 ■Young's Modulus: 25920 MPa ■Compressive Strength: 30 MPa ■Tensile Strength: 2.9 MPa *For more details, please refer to the related links or feel free to contact us.

  • Structural Analysis

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[Structural Analysis Example] Coupled Problem 2 Using Particle Method (SPH)

[Structural Analysis Example] Coupled Problem 2 Using Particle Method (SPH)

The aircraft is composed of shell elements with actual collision intensity equivalent! Introducing examples in aviation.

We will introduce the analysis of aircraft water landing behavior. The airplane is composed of shell elements that have equivalent impact strength. The number of nodes is 143,242, and the number of elements is 144,223 (Shells 8,691, SPH 135,542). In the related links below, we present the analysis results in images, so please take a look. 【Case Overview】 ■ Water is represented by SPH elements ■ The airplane is composed of shell elements that have equivalent impact strength ■ Number of nodes: 143,242 Number of elements: 144,223 (Shells 8,691, SPH 135,542) ■ Analysis time: 4.0 seconds Computation time: 34 hours 22 minutes ■ PC CPU: Core 2 Duo 64 bits×2 3.33GHz used *For more details, please refer to the related links or feel free to contact us.

  • Structural Analysis

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[Structural Analysis Example] Buckling Analysis of an Empty Can

[Structural Analysis Example] Buckling Analysis of an Empty Can

The initial buckling location is in the body due to the increase in strength at the bottom! Here is an analysis case using "Ansys LS-DYNA."

We will introduce an analysis example that evaluates the buckling load and buckling shape of an empty can compressed in the vertical direction. In buckling analysis, even slight errors in the initial shape can lead to buckling behavior. Even if the analysis data has the same plate thickness, basic shape, and material properties, considering initial imperfections causes the initial buckling location to change from the bottom to the body. Additionally, when considering work hardening at the bottom of the empty can, the strength of the bottom increases, resulting in the initial buckling location being at the body. In the related links below, we present the analysis results in a video, so please take a look. [Summary] - Even if the analysis data has the same plate thickness, basic shape, and material properties, considering initial imperfections causes the initial buckling location to change from the bottom to the body. - When considering work hardening at the bottom of the empty can, the strength of the bottom increases, resulting in the initial buckling location being at the body. *For more details, please refer to the related links or feel free to contact us.

  • Structural Analysis

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Structural analysis

Structural analysis

Improvements in design quality, reduction in man-hours for prototyping and experimentation, and shortening of development periods can be expected.

By utilizing structural analysis, we can expect improvements in design quality regarding product strength, reductions in the man-hours for prototypes and experiments, and a shortening of the development period. Our company supports designers facing strength-related issues with products and components through our extensive expertise and analysis techniques.

  • Injection Molding Machine
  • Structural Analysis
  • Stress Analysis

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[Use Case] Structural Analysis

[Use Case] Structural Analysis

It is a field of engineering that deals with the behavior of structures subjected to dynamic loads (vibrations).

Structural analysis is a field of engineering that deals with the behavior of structures subjected to dynamic loads (vibrations). While it is possible to accurately predict the behavior of structures under static loads, dynamic loads require parameters that are difficult to model, such as structural damping. Therefore, to accurately determine the response of structures to dynamic loads, it is necessary to conduct some form of structural analysis test, such as a modal test. Modal testing allows for the experimental determination of the modal parameters of a structure. Modal parameters include resonance frequency, damping, and mode shapes. The resonance frequency is the frequency at which the response is amplified significantly beyond the applied excitation force. When the excitation force is close to the structure's resonance frequency, it often leads to adverse effects, making it important to know the resonance frequency. Excessive vibrations caused by resonance can lead to fatigue failure, damage to delicate parts of the structure, and in extreme cases, structural collapse. For more details, please contact us.

  • Other network tools
  • Other information systems

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[Case Studies] CAE Analysis

[Case Studies] CAE Analysis

This is an introduction to examples of simulations conducted on a computer for structure, fluid, and heat transfer.

In this document, we introduce examples of "CAE analysis" that have been conducted. CAE refers to the simulation conducted on a computer to investigate whether the designed structure meets the required performance before actually manufacturing the object. We have included "structural analysis," which involves understanding the stress on the support bracket of a movable device, and "fluid analysis," which analyzes the flow of gas and the heat transfer among various parts within electronic devices. Please make use of this information. [Included Items] ■2-(1) Structural Analysis Examples ■2-(2) Fluid Analysis Examples ■2-(3) Heat Transfer Analysis Examples ■Additional Condition 2: Unsteady Analysis (Time History Analysis) *For more details, please refer to the PDF document or feel free to contact us.

  • Other analyses
  • Structural Analysis
  • Thermo-fluid analysis

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