Tag: performance based design

Importance of Purchasing Licensed Structural Engineering Design Software

Building and construction personnel require software tools to complete jobs correctly, effectively, and promptly. Modern-day responsibilities are carried out with the assistance of sophisticated software in a variety of fields. We’ll go through why buying a licensed structural design software program is essential for protective design services, planning, conducting a demolition study, and more.

Software licensing offers a variety of ways to increase income. After all, the primary advantage of licensing is increased productivity. It also entails safeguarding one’s privacy. Free trial versions or pirated copies of software programs may allow users to use the product for a few hours or days without charging. Nonetheless, there is ongoing concern about losing the project and being unable to access specific services or tools. Moreover, harmful files bundled with unstable software have a significant likelihood of causing computer systems to crash. By obtaining a license to use the structural analysis engineering software, users may work stress-free. When users possess licensed software, they may limit piracy through entitlements and hence govern consumption.

Identifying a Reliable Supplier

The objective right now is to choose a credible vendor who offers licensed software for jobs like designing, planning, forensic structural engineering, demolition planning, analysis, and more. Several suppliers claim to offer updated software versions. But you should use caution to prevent regretting your decision. You must investigate everything about the service company offering such solutions.

We at Applied Science International are always ready to help any of our clients who need to purchase protected design software. We are a reliable service provider, and we offer licensed software packages for specialists to plan and design a wide range of building projects efficiently. Our objective is to provide you with the finest service possible so you can acquire performance-based design tasks related to structural building and construction projects. To learn more, visit the website: https://www.appliedscienceint.com/

Demolition and Forensic Engineering Service with Software Programs

We’re going to talk about three topics related to the building and construction sector. The subjects covered include design software for structural construction projects, demolition, and forensic structural engineering. Let’s get going.

Demolition Engineering

Demolition is a verb that means to destroy, disassemble, or remove. It is the planned and controlled removal of any building structure, whole or in part. Demolition is planned for a variety of reasons. For example, to make room for new construction. Or if the building’s stability was lost or there was structural damage. Demolition engineers carry out much more than only destroying or exploding structures. The task may be challenging and risky. A demolition engineer uses surveying equipment, testing tools for material strength (and weakness), and machinery for dismantling or destroying materials and buildings.

Structural Forensic Engineering

It is a kind of service involving an investigation that focuses on structural weaknesses. Expert forensic engineers can identify the root cause of structural failures on a smaller scale as well as larger-scale collapses of buildings or bridges. It is the responsibility of experts to determine the precise reasons why failed structures occurred in order to prevent a repeat of the same error.

Software Programs

When it comes to structural building projects or activities, we cannot discount the value of software. Programs like structural design software are important for every project, including PBD-based projects, demolition projects, forensic structural engineering projects, and analyses. In addition to helping professionals save time, effort, and money, the systems also guarantee 100% correct outcomes.

You can contact us if you want experienced professional support for such initiatives. We at ASI, Applied Science International, provide structural design software so that professionals can organize and create various construction projects. This helps professionals in developing new, more precise engineering and design procedures for construction while employing the best and most cutting-edge technologies. 

Read full blog here – https://sites.google.com/view/appliedscienceintus/demolition-and-forensic-engineering-service-with-software-programs

Planning, Analysis and Advanced Solutions for Demolition of Structural Buildings

As we all know, everything on this planet has a lifespan (whether living or nonliving)! So do the buildings! Yes, building structures become unfit for their intended purpose over a period of time. Sometimes, it is not only because the building has grown older. There are several other reasons why the buildings are demolished. In all situations, proper demolition planning is done to carry on the process, just like the planning takes place for building a structure with a Performance Based Design concept. Let us discuss more.

The step-by-step process of demolition is not easy. It is more complex than building a structure. It involves safety risks for adjacent structures and demolition workers. And, the entire planning is taken care of by the expert Demolition Engineer. They are responsible for conducting the procedure while ensuring no harm to anybody’s life and nearby properties.

Let us know what all involved in the demolition planning is –

●        inspection of the building

●        budgeting or costing (based on the size of the structure, the material used, location, demolition method, etc.)

●        acquiring necessary permits

●        disconnecting existing services

●        tear down the house

●        haul away the debris

Demolition engineer utilizes advanced technical support such as software programs to analyze the structure of the building in the form of 3d modules! It gives a better and clear idea about how the process will take place.

If you are looking for professional assistance related to planning and analysis for new construction or demolition, you should look for a reliable provider. You can rely upon Applied Science International, ASI. The team of veteran engineers and scientists there focused on providing innovative solutions to bring clarity and facilitate the resolution of challenges regarding structural design, defects, failures, and accidents. They provide expert demolition analysis and planning solutions, as well as Structural Design software.

For more information, visit – Appliedscienceint.com

A guide to Performance Based Design & Forensic Structural Engineering

Nowadays, there are several engineering services available that structural engineers are using for better engineering. Few of them are Performance Based Design & Forensic Structural Engineering. Let’s know about them more.

– Performance Based Design

Basically, the performance-based seismic design offers engineers the ability to design buildings that have a predictable and reliable performance in disasters such as earthquakes. Hence we can say that the Performance-based seismic design is a method that permits the design of new buildings or upgrades of existing buildings with a realistic understanding of the risk of life, occupancy, and economic loss that may occur as a consequence of future earthquakes.

If compared to conventional code-prescribed design approaches, the Performance Based Design (PBD) is a rational approach to the design of a new building or evaluation of an existing structure that often gives rise to superior results. With the help of PBD, the structural engineer works with the owner to identify specific structural performance objectives for strength and serviceability; the structure is then evaluated or designed to assure compliance with the agreed objectives.

Moreover, the Performance-based design services can be a more efficient means of ensuring structures are code compliant. As the time and budget are limited, Prescriptive design is often used but it relies on simplified models. It suggests that the progressive collapse analysis, seismic design, and designing against progressive collapse are handled by over-engineering the structure, just to be on the safe side.

– Forensic Structural Engineering

Forensic Structural Engineering is a field of engineering that includes the study of the structure and determining the causes of failure of the structure. In other words, the Forensic structural engineering is evolving into a designated field of professional practice of determining the causes of structural failures and identifying the parties responsible.

When it comes to Forensic Engineering, and accident reconstruction, a team of expert engineers and scientists offer a collective wealth of experience in Structural Assessments, engineering research, Forensic Engineering Analysis, and design.

Well, the whole structure can be built economically, if a Forensic Structural Engineering and performance-based design approach are used. So, find a company that offers structural analysis and simulation consultation services that can test the structure’s integrity against both human-made, natural, or extreme loading events and can even ensure cost savings for clients and customers for your next projects.

Content has been taken from – https://bit.ly/3dpUgJy

Professional 3D Software for Performance Based Design

Whether it is a large structure for an industry or a commercial building that is complicated and may demand a lot of time and resources. Engineers and contractors these days are bound by the customer needs and the law. Their focus is to construct a structure according to safety standards and ensure it delivers exceptional functionality and long-term service. This definitely is a daunting task when you don’t utilize the performance based design or don’t take a professional’s help.


Most structures, especially larger ones can only be tested for all possible risks with the use of a software program or service. It includes floors, columns, walls, beams, reinforcement as well as foundations. When minor mistakes are made during the placement of these placement and construction processes, the durability of structure can get affected. On the other hand, when a performance based design is achieved,the whole structure can be built economically. Companies that offer structural analysis and simulation consultation services can test the structure’s integrity against both man-made natural or extreme loading events and ensure cost savings for clients.


Commercial buildings and all large structures required to be built by utilizing the performance based design. Contractors and engineers must opt for professional software to create a precise design and analyze the whole structure against both internal and external loads and stress. If you haven’t found an advanced software program to meet your analysis and construction needs, then choose ASI’s Extreme Loading for Structures (ELS) software. Their engineers utilize this program to study structures as a complete structural system (columns, walls, floors, beams, foundations, and reinforcement) all in a complete 3D environment. Their performance-centric design approach is useful for both the design and protection of structures from extreme loads and meets project requirements. For more details, visit Appliedscienceint.com.

Effective Performance Based Design Approach for Loss Avoidance

When we talk about structural designs, performance objectives are very critical to take into considerations. There are a lot of reasons why engineers prefer and concentrate on bringing structural designs that are performance-based. In present times, numerous complex structural buildings are being constructed on a large scale, but all are built considering every aspect to avoid the loss from any sort of failure. Let us discuss where and how performance based design becomes extremely essential.


If we define the performance-based module or the design of any structural project, it simply defines as a process enabling the development of structures that involve predictable performance subjected to a defined loading. There are two major objectives behind bringing out such a design. The first is to ensure that the structure has a low probability of being unusable. Second is to ensure the occupants or the people inside should have a high probability of being safe. When we use the term safe, it refers to being protected even in extreme weather or environmental conditions, like earthquakes. The structural building must have the qualities of being highly strong, durable, and sustainable. To ensure the project meets the requirements and objectives of a performance based design, some expert engineers work efficiently on the project.


They utilize advanced technology, a software program, to carry out the designs with 100% accuracy. If you are looking forward to a professional’s assistance and related solutions, you must consider approaching a leading and trustworthy company, ASI. The company has a team of veteran structural engineers and scientists. They provide expert and comprehensive solutions for all sorts of structural and building projects. The range of services offered by them includes solutions for structural assessments, engineering research, analysis, and performance based design. For more information, visit Appliedscienceint.com.

Software Program for Accurate Designs for Structural Building Projects

During the nascent age of computers and software programs, the building industry was in a constant race to overcome challenges, and maintain performance-based solutions and procedures. It is true that a few decades ago, the planning and construction process of buildings was slow and less-efficient. But at present, everything has changed. And, things have changed for good. We are not only talking about the technology that has evolved, but we are also including the entire building industry that has witnessed the changes. The advancement in building structures is remarkable. And that has been possible because of the adaptation of performance based design solutions. 

Carrying out structural building designs that are performance-based, became extremely important, considering several contemporary scenarios, and requirements. To bring out the exact effective and efficient design solutions, experts utilize software programs. Structural design software program helps professionals (engineers, architects, contractors, designers, and even property dealers) to design and analyze structural building projects accurately.

  • Structural design software and its utility features allow professionals to speed up the construction process.
  • The program’s tools ensure to keep the designs accurate so that the quality and strength of the buildings can be maintained.
  • Experts can have a 3D integrated structural design that helps them in making structural modeling and load analyzing more seamless and efficient. It is designed with a powerful set of intuitive design and documentation tools so that experts can explore and visualize 3D concepts.
  • Also, the software eliminates the need for manual drafting to boost accuracy. This helps in reducing the time and effort required for finite element analysis.
  • This type of software is designed in such a manner that it offers a user-friendly interface to experts to access across a range of integrated devices, including desktop, mobile, and cloud.

ASI offers reliable and trustworthy performance based design and analysis software programs for different building projects so that expert engineers and professionals can have new and more accurate methods of engineering and designing the structures by utilizing greatest and advanced technology. For more information, visit Appliedscienceint.com.

Performance Based Design Services To Build Code Compliant Structures

It’s no surprise that the construction of the building is a complicated process. There are some hard challenges engineers face to create a structure. Clients want reduced material and labor costs, and the modern and safe structure as a final result. Conventional code-compliant methods for design were not good enough. Fortunately, the construction industry has adopted numerous technologies and solutions like performance based design to enhance the safety and quality of the structures. It is the most effective method to design a new structure as well as evaluate the existing structure. With this approach, structural engineers determine objectives of structural performance for the strength and serviceability of the structure.

There are a plethora of software programs available to perform an in-depth analysis of the structure and check its capability to withstand extreme loads. These software programs are useful to achieve performance based design and equipped with the modules to analyze the complete structure in full 3D. It means structural engineers can view the complete structural system that includes columns, walls, floors, foundations, beams, as well as reinforcement. It does not only ensure the safety of the building but also decreases the material and cost required to satisfy project demands,

As you can see, the use of advanced technology helps structural engineers to deliver better results to customers with multiple needs. If you want to opt for structural analysis and simulation consultation services to ensure that a structure is a code-compliant, then choose Applied Science International, LLC. They have Extreme Loading Technology and experienced a team of scientists and engineers who can perform both non-linear and linear, static and dynamic analysis of structures for both natural and man-made extreme loading events. They aim to deliver a performance based design to ensure safe and cost-effective results for the consumers. For more information, visit Appliedscienceint.com.

Performance Based Design for Building and Structural Projects

The principles of performance based design, which is also commonly known as PBD, are benefiting not only the society but the stakeholders to the construction industry. It is simply because these performance objectives are designed to improve the design of the structures so they stand strong, durable most effectively and efficiently.


These designs that come under the tag of performance-based are likely to apply to the buildings and the structures that are quite critical to a community; that have unique or unusual structural systems. The structures of the buildings including unique novel materials, incorporate different design approaches and advance resilience requires the type of design that is based on performance objectives. These objectives count on the sustainability, robustness, and conservation in the built environment.

Professionals who belong to the construction industry, such as architects, engineers, property dealers, contractors, and owners as well, understand the significance of indulging a performance based design that is because it helps in establishing a stronger base for the structure, and ensure it stands strong even in hard situations. When we talk about the performance of the design, it needs to be demonstrated. And, it is demonstrated through analysis, simulation, prototype testing, or a combination thereof. The process includes establishing the performance objectives, conducting an initial design, and verifying the performance through analytical simulation, prototype testing, or by combining these methods of demonstration.


Advantages of Adopting Design that is Performance Based
·      Performance based design helps in to enable desired performance to be attained with demonstrated confidence and reliability

·      Communities and individual decision-makers can select the performance level(s) that are appropriate and satisfies the applicable criteria which means it allows to choose what is appropriate for the structure and what ensures complete safety

·      Professionals or expert engineers need not work in limitations. They need not be limited by the requirements in order to follow the prescriptive solutions. They can be innovative.