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This section provides an overview for structural analysis softwares as well as their applications and principles. Also, please take a look at the list of 9 structural analysis software manufacturers and their company rankings. Here are the top-ranked structural analysis software companies as of December, 2024: 1.Technical Co., Ltd., 2.Hexagon AB, 3.AxisVM.
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Categories Related to Structural Analysis Softwares
Structural analysis software is a series of processes that calculate the physical quantities that change when loads are applied to the structure under analysis, and evaluate and analyze them based on the obtained calculation results.
The physical quantities calculated include deformation, internal forces (stresses), heat and vibration frequencies. The purpose of structural analysis software is to reduce the risk of failure by predicting the results before actually creating the desired structure.
It also provides hints on how to make a better structure. Structural analysis software can also be used to predict the results of large structures that cannot be easily tested.
Areas where structural analysis software is often used include the development and production of automobiles, the architectural and civil engineering fields, production studies of metal processing, and the development of rubber products.
Structural analysis software is an indispensable technology in the development of today's automobiles. Structural analysis software is used for many components to improve driving performance, ensure safety, conserve energy, and lower costs.
Structural analysis software is used in the architectural and civil engineering fields to design the strength, earthquake resistance, wind resistance, and fire resistance of various buildings. In architecture, it is almost impossible to make prototypes like machine parts. Structural analysis software must be used effectively.
In metalworking, plastic forming and pressing are used. In the past, products with a high degree of difficulty were made by the experience of experienced workers. Today, the effective use of structural analysis software enables more advanced manufacturing as well as the transmission of skills.
Rubber products are subject to large deformation under load and contact with other products during deformation. Among Structural analysis software, nonlinear analysis is often used.
Structural analysis software consists of the following steps: drawing the object to be analyzed, cutting the mesh, modeling, inputting physical quantities, analysis, and output.
The analysis target is drawn using CAD or other software. Mainly 3D CAD is used. If you are using a CAD software, it is recommended to check if the file format of the CAD software is compatible with the structural analysis software to be used.
The analysis target is decomposed into a grid called a mesh. The accuracy of this decomposition will affect the accuracy and speed of the calculation, so care should be taken.
To model the analysis object, it is common to consider the boundary surface of each mesh as a spring.
Input Young's modulus, specific heat, expansion coefficient, density, etc. of the object to be analyzed. These physical quantities should be measured in advance by experiments or other means. 5.
There are several types of analysis: static analysis based on Hooke's law, f=kx, and dynamic analysis based on Newton's equation of motion, F=ma.
The concept of time exists in kinetic analysis, and it can be divided into implicit analysis, which is relatively easy, and explicit analysis, which solves complex simultaneous linear equations.
Most structural analysis software can visualize the results of the analysis. By visualizing the results, it is possible to discover the displacements of the analyzed object and the locations where concentrated forces are applied.
There are various types of Structural Analysis Software.
Typical examples are as follows:
Static analysis software calculates the deformations and stresses in a structure when forces are applied to it. It provides hints on how to shape the part to be suitable for the way it is used.
Eigenvalue analysis calculates the eigenvalues of an object. Eigenvalue is the frequency at which resonance occurs, and if the eigenvalue is high, it can be determined that resonance is unlikely to occur.
In the case of precision equipment mounts, vibration affects their functions, so eigenvalue analysis is performed to determine the shape so that the eigenvalues are as high as possible.
Heat transfer analysis calculates the heat distribution of an object. For example, by calculating the temperature distribution of a heater plate, the temperature uniformity can be predicted, allowing optimal design without fabricating parts.
Structural analysis software is used to perform structural analysis, but there are a few items to keep in mind in order to obtain analysis results that are close to actual conditions.
1. How to Create a 3D model
Making the model exactly the same as the actual geometry may cause errors in mesh processing or take too much time for analysis, and may not produce good analysis results. Depending on what is to be analyzed, the model must be created in detail and the parts to be omitted must be used separately.
2. Analysis Conditions
There are a variety of conditions, and if these settings are not properly made, analysis results will be far from the actual values. Even if the analysis software is excellent, if the model and condition settings are poor, results that are close to reality cannot be obtained.
It is important to attend seminars of analysis software companies and use methods that are appropriate for the software. If experiments are available, correlation between structural analysis software results and experimental results (collation analysis) is also an important technique.
*Including some distributors, etc.
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ANSYS, Inc., established in 1970, is an American multinational manufacturer headquartered in Canonsburg, Pennsylvania, specializing in simulation software. The company develops ANSYS Simulation Software, a suite of tools used for computer-aided engineering analysis. These software tools empower engineers and designers to simulate and assess product and system behavior across various industries, including aerospace, automotive, electronics, healthcare, and energy. The software offers a wide array of simulation capabilities, encompassing electromagnetics, fluid dynamics, multiphysics simulations, and structural analysis. By utilizing ANSYS software, engineers can streamline product development, enhance overall product performance, address complex engineering challenges, and foster innovation throughout the design process.
SolidWorks Corporation, headquartered in the United States, is a software supplier company specializing in 3D computer-aided design (CAD) solutions since 1993. The company has become a major provider of cutting-edge design and engineering software for various industries, including manufacturing, automotive, and aerospace. Their flagship product, SolidWorks CAD software, empowers engineers and designers to bring their ideas to life with precision and efficiency. Their solution portfolio unites the customer's entire ecosystem, allowing them to connect the people, applications, and real-time data from every aspect of their business for improved productivity, increased collaboration, and accelerated innovation.
AxisVM, established in 1984, and headquartered in Budapest, Hungary, is a manufacturer of structural analysis and design software products, offering a suite of tools for engineers and architects. The products cover advanced structural analysis, design optimization, and building information modeling (BIM) capabilities. These tools aid professionals in creating safe, efficient, and unique structural designs for bridges, high-rise buildings and industrial complexes. These products enable accurate simulation and visualization, facilitating informed decision-making during the design and construction phases. The company's expertise in structural engineering software results in improved structural integrity and performance in various industries, enhancing overall project outcomes.
CadCam LTD, established in 2006, and headquartered in Tel Aviv, Israel, is a manufacturer of high-tech engineering products and services. The company specializes in providing advanced computer-aided design and manufacturing (CAD/CAM) solutions to industries worldwide. The range of products includes advanced software and technologies designed to enhance precision, productivity, and collaboration in design and manufacturing processes. These tools find applications in industries such as aerospace, automotive, electronics, and more. Its offerings enable professionals to optimize design workflows, improve accuracy, and streamline production as well as perform testing.
Hexagon AB was established in 1992 in Stockholm, Sweden as a manufacturer, designer, and marketer of digital reality solutions and autonomous technologies. The company offers various products, such as, digital quality inspection, Jovix, LuciadCPillar, REcreate, among others. The solutions offered by the company enhance productivity, efficiency, quality, and safety in various sectors, including manufacturing, infrastructure, industrial, public sector, and mobility applications. It also offers geographic information system (GIS) software for creating 3D models and maps, as well as sensors for satellite location and data collection from the air and ground.
Dlubal Software GmbH, established in 1987, and headquartered in Tiefenbach, Germany, is a manufacturer of structural engineering and analysis software products. Products for analyzing, designing, and optimizing buildings, bridges, towers, and other structures are included in the extensive catalog. These solutions provide engineers and designers with advanced resources for enhancing the stability, security, and efficacy of their work. The products are used in fields such as building, civil engineering, architectural design, and mechanical engineering. It aids professionals in developing strong and stable structural designs, which ensure the security and success of various engineering projects, by providing precise and simple software.
Brüel & Kjr, originally founded in 1942 with headquarters in Denmark, is a manufacturer of precision measuring technologies and measuring equipment. The company merged with Hottinger in 2019, a manufacturer of combustion engines and turbo chargers, and shared expertise in precision-accurate technologies, and Hottinger Brüel & Kjr, HBK, was born. HBK's new company's products include high-calibration systems, industrial electronics, vibration testing equipment, combustion engines, and acoustic end-of-line test systems for OEMs. HBK's services include custom solutions such as acoustic-tuned turbine engines used in wind-power infrastructure projects, among many others.
LIRALAND Group, established in 1960 in Kyiv, Ukraine, is a manufacturer of engineering software products for various industries. The company’s products include LIRA SAPR software, SAPFIR 3D, MONOMAKH, and many more designed to facilitate structural analysis and design processes. It provides engineers and professionals with advanced tools for analyzing the behavior of structures under various conditions. Its comprehensive features aid in accurate modeling, simulation, and optimization, helping to ensure the integrity and safety of engineering projects. These software find applications in diverse industries, including civil engineering, architecture, and construction.
Ranking as of December 2024
Derivation Method| Rank | Company | Click Share |
|---|---|---|
| 1 | Technical Co., Ltd. |
19.4%
|
| 2 | Dlubal Software GmbH |
15.3%
|
| 3 | ANSYS, Inc |
12.5%
|
| 4 | Hexagon AB |
12.5%
|
| 5 | AxisVM |
11.1%
|
| 6 | CadCam LTD |
11.1%
|
| 7 | Dassault Systèmes |
9.7%
|
| 8 | Hottinger Brüel & Kjær |
6.9%
|
| 9 | LIRALAND Group |
1.4%
|
Derivation Method
The ranking is calculated based on the click share within the structural analysis software page as of December 2024. Click share is defined as the total number of clicks for all companies during the period divided by the number of clicks for each company.Number of Employees
Newly Established Company
Company with a History
*Including some distributors, etc.
*Including some distributors, etc.
| Country | Number of Companies | Share (%) |
|---|---|---|
|
United States of America
|
2 | 28.6% |
|
Hungary
|
1 | 14.3% |
|
Israel
|
1 | 14.3% |
|
Sweden
|
1 | 14.3% |
|
Germany
|
1 | 14.3% |
Japan
|
1 | 14.3% |
102 products found - Page 2
102 products - Page 2
AMTECH LIMITED.
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SIGMASOFT LSR is capable of highly accurate simulation of the LSR (liquid silicone) injection molding process from filling to pressure holding to v...
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SIGMASOFT's thermoplastic resin module is capable of highly accurate simulation of filling, holding, and cooling analysis during the injection mold...
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■Summary Asymmetric gears can increase tooth load capacity without changing gear size or material. Compared to standard pressure angle teeth, high ...
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■Summary A threaded gear pair of external gears will mesh if both gears have involute tooth profiles, but if the internal gear and external gear ar...
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SIGMASOFT thermosetting resins are capable of highly accurate simulation of the injection molding process from flow to crosslinking to post-molding...
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■Summary Hob Chip is software that can calculate the cutting shape and thickness of chips during hob cutting, and simulate the cutting amount at th...
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■Summary Power skiving, a type of gear cutting method for cylindrical gears (external gears, internal gears), has been patented for 100 years since...
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■Summary involuteΣ (low-tooth gear) can be designed to accommodate small-tooth gears with one or two teeth.
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■Summary CT-FEM Opera, which was released in 2014, has undergone numerous tests and has a proven track record.This time, it has been reborn as CT-F...
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■Summary Spline dimension design is based on the JIS B 1603:1995 standard. The spline shape, tooth thickness, and fit tolerance can be easily deter...
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■Summary Currently, bevel gears are processed using specialized gear cutting machines manufactured by Gleason and Klingelnberg, but in recent years...
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■Summary In the old software, the software name was L-Niemann worm. However, since worm gears are used not only for straight 90° but also for worms...
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■Summary Tapered and crossed gear design system is software that designs involute gears with crossed axes angles rather than a combination of paral...
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■Summary ・Evaluate the lubrication effect on gear tooth surface damage based on the AGMA925-A03:2003:2003 standard. ・Applicable standard: AGMA925...
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■Summary Gear specifications and tooth profile modification are the same as for single groove.
