Today, industries are evolving at a blistering pace, enabling faster change and progress. One of the latest trends in heavy industry includes extensive implementation of the verification software. It enables automated structure verification according to standards, which greatly streamlines routine work and accelerates verification of engineering projects. In this article, we’re taking a closer look at what verification is, and presenting some viable reasons for using this kind of software solutions.

What Is Verification?

In a nutshell, verification means assessment of a product or service in terms of its compliance with regulations, requirements and specifications. Most typically, verification is an internal process whose major goal is to check if a product or service responds to a set of design specifications.

  • During the development phase, verification involves using some tests to simulate a product or service, and then carrying out the analysis of the test outcomes.
  • At the post-development stage, verification means having regular tests to make sure that the product or service will be able to keep on meeting the requirements and specifications in the long run.

Why Is Verification Important?

In today’s world of highly automated processes, it is getting more and more essential to add a verification step into the manufacturing system. Although manufacturers perform verification to meet standard requirements, it can provide additional benefits as well, including maximizing efficiency of the manufacturing process, real-time quality control, minimizing returned products, and finally, increased customer satisfaction.

How You Can Benefit from the Implementation of Automated Verification Solutions

At each step in the manufacturing process, dedicated software solutions ensure a faster and simpler process. Automated verification solutions are not an exception. Here are the major reasons why companies can immensely benefit from implementing verification software.

1. Experience more efficient workflows with built-in standards

Most typically, rules for most widely used design standards are already predefined in automated verification solutions. What is more, the open structure of the standard makes all checks customizable, and the custom standard can be saved and used for other models, securely protected by a password and added to a custom library. To top it off, this standard can often be shared among multiple users.

2. Complete verification in a single step

A typical design process involves a series of steps and is modified by a growing number of design requirements, for instance, it can start with static strength, proceed to stiffness rules and then move on to more complicated criteria such as buckling stability, modal behavior, and fatigue life calculation. Automated verification solutions allow you to store the entire verification procedure and reapply it as many times as you need.

3. Detect issues in an early phase

Automated verification solutions help track possible problems in the design phase. They enable manufacturers to make a complete structural check in any phase of the design process. What is more, the result of a design change on each design criterion can be analyzed right away.

4. Minimize routine tasks

Verification software is aimed at automatically verifying models according to multiple industry standards without the need of producing any additional models or spreadsheets. In addition, most software solutions of this type can generate all the necessary documentation in extensive calculation reports. This way, automated verification systems can significantly reduce routine work. Engineers can now focus on engineering instead of doing numerous calculations and producing multiple reports.

5. Get rid of deadline pressure

Due to its possibility to reduce the calculation processes, automated verification solutions can help you win time in the final design phase. Plus, any late design changes can be smoothly integrated in the final approval documents by means of simply regenerating the customized report.

6. Take advantage of predefined and customizable checks

With the specialized verification software, you will have a range of either simple or complicated easily available, such as plate and beam buckling or fatigue. In addition, the open structure of the software enables you to produce a non-defined formula or a model characteristic.

7. Reuse any set of rules

You can easily save and then reuse an entire set of rules as well as the calculation procedure, saving your team of engineers a considerable amount of time.

8. Utilize solutions tailored for your industry

It goes without saying that different industries have their unique needs. Verification software solutions are created to best meet the needs of the manufacturers that belong to a variety of niches, be it the maritime sector, buoyancy and tank load modules, or others.

9. Benefit from the efficient model selection and recognition

It goes without saying that model recognition tools are absolutely crucial when we speak of the presentation of results as well as checking of complex rules. With the appropriate verification software, you can easily split your design into sections, keep your selections automatically updated and calculate the relevant properties.

10. Experience easy integration with your regular software

The finite element analysis post-processor software with a calculation core for checking structures can work as an addon for popular engineering analysis programs.

To Wrap It Up

To wrap it up, the verification process confirms that a physical architecture satisfies the requirements, design solutions being verified to meet specifications at each stage. All in all, the crane and civil engineering industry can enormously benefit from the use of automated verification software. Apart from ensuring compliance with the regulations and specifications, it enables simplified procedures, considerable time savings, eliminates errors and helps detect any problems early.

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