Category: performance based design

What is Performance-Based Design and Why It Matters in Structural Engineering?

Applied Science brings a complete approach to structural engineering by combining safety, strategy, and technology. Their work in Demolition Engineering ensures that older structures can be safely removed with careful planning and minimal disruption. They assess each site, consider surrounding conditions, and execute the process with expert control—helping prepare the way for smarter construction.

In addition, the team relies on powerful Structural Design Software to test ideas, simulate results, and fix potential issues before the building process begins. This digital approach saves time, reduces costs, and improves design accuracy. Whether working on a new build or a complex upgrade, Applied Science uses technology and experience to support safe and effective engineering. Read the full blog for more information. https://appliedscienceint.hashnode.dev/what-is-performance-based-design-and-why-it-matters-in-structural-engineering 

Demolition Engineering: Safe, Efficient, and Expertly Designed Solutions

When it comes to demolishing buildings, structures, or infrastructure, careful planning and precise engineering are essential. Demolition Engineering is a specialized field within structural engineering that focuses on safely deconstructing buildings while minimizing risk to people, property, and the environment. At Applied Science International, we provide comprehensive demolition planning, design, and analysis services that ensure every project is completed safely and efficiently.

Why Demolition Engineering Matters

Demolition is not simply about tearing down structures—it requires a thorough understanding of the building’s architecture, materials, and structural integrity. Whether it’s for redevelopment, renovation, or safety reasons, the goal is to ensure that the process is executed in a controlled manner. Poorly planned demolition can lead to accidents, property damage, or unintended consequences.

With Demolition Engineering, we take a strategic approach to deconstruction. We consider all factors, including the structure’s stability, environmental impact, and surrounding infrastructure, to create a detailed plan that ensures a safe and cost-effective demolition process. This includes:

  • Structural Analysis: Understanding the load-bearing elements and weak points in the structure.
  • Hazard Mitigation: Identifying and mitigating risks, such as hazardous materials (asbestos, lead, etc.).
  • Sequencing & Methodology: Developing a step-by-step plan for deconstruction, including the timing and equipment required.

Integrating Forensic Engineering Analysis for Safer Demolition

In demolition projects, Forensic Engineering Analysis plays a crucial role in ensuring that any pre-demolition assessments are thorough and accurate. Forensic engineering investigates past structural issues or failures, and when applied to demolition, it helps identify potential hazards and design flaws that may have gone unnoticed.

By conducting a Forensic Engineering Analysis before demolition begins, we can assess factors like:

  • The integrity of existing structures and whether they are safe for demolition.
  • Previous damage or alterations that could affect the demolition process.
  • The potential risks of debris or dust exposure to nearby structures or the environment.

This in-depth analysis is a key part of minimizing unforeseen challenges during demolition and making sure that every project follows best practices.

Applied Science International: Your Demolition Engineering Experts

At Applied Science International, we combine years of expertise in Demolition Engineering with cutting-edge tools and Forensic Engineering Analysis to provide a seamless, safe, and efficient demolition process. Our team works with you every step of the way—from initial structural analysis and hazard assessments to creating a fully optimized demolition plan.

We understand that each demolition project is unique, requiring specialized attention and customized solutions. Whether you’re looking to demolish a small structure or a large, complex facility, we offer reliable and effective solutions that prioritize safety, efficiency, and sustainability.

Conclusion

For any demolition project, expert engineering and planning are essential to avoid risks and ensure success. At Applied Science International, we bring both Demolition Engineering and Forensic Engineering Analysis together, ensuring your project is executed safely, efficiently, and with minimal impact.

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

Services That Comes Under Structural Engineering 

Structural forensic engineering is a subfield of civil engineering in which structural engineers are prepared to create the ‘bones and muscles that construct the form and shape of artificial structures. Structural engineers must also comprehend and estimate the strength, rigidity, and earthquake-susceptibility of built structures for buildings and non building systems. The structural designs are combined with those of different designers, like architects and building services engineers, and often lead the construction of projects by contractors on site. They can also be interested in creating machinery, medical equipment, and vehicles where structural integrity problems with functioning and safety. 

Demolition engineering services: Demolition engineering is the science and engineering of destroying buildings and other artificial structures safely and efficiently. Demolition deviates from deconstruction, which concerns dividing a building while carefully keeping valuable elements for reuse.

Performance design services: In performance-based design, structural engineers initially decide on the precise performance of the structures in consultation with the proprietor and then move on with the design or evaluation of the current structures. Performance-based design is broadly utilized in connection with seismic loads.

Cold formed steel services: Cold-Formed Steel (CFS) has also been a relatively short-time viable building material compared with traditional materials such as wood. The products and the design process have evolved significantly in that short time. 

Progressive collapse analysis: The progressive collapse in a structure arises when significant structural load-carrying members are released suddenly, and the remaining structural elements cannot sustain the weight of the building and fail. This failure generally happens in a domino impact and shows a progressive collapse loss in the design.

If you want to know about more services like  protective design services, you can go through Applied Science. Regarding structural design and analysis, our group of veteran engineers and scientists deliver a collective wealth of over 200 years of direct experience in engineering analysis, research, and design. At ASI, we deliver innovative solutions that improve clarity and facilitate solutions to challenges about structural design, defects, failures, and accidents. When operating on a project, we involve the client in all steps.

Check out the website now: https://www.appliedscienceint.com/

Considerations while Selecting Demolition Engineering Services

Unfit structure needs a demolition procedure. There can be different purposes behind carrying out a demolition process. It can be re-construction of an old building and constructing a whole new building. This procedure of demolition is not an easy job. It involves safety risks for adjacent structures, demolition workers, and public working in and around the area (where the to be demolished structure is). Demolition Engineer takes the responsibility to make this entire process smooth and effective. There are a few points to consider while choosing demolition engineering services. Let us discuss this.

License and Insurance

The reason why licensed and insured contractors should be your choice is that they ensure making righteous decisions.

Expertise

There is nothing to debate or question on this factor. Demolition Planning or analysis requires extensive knowledge and top skills. That is why make sure to approach a firm or a company with a competent team of demolition engineers and experts.

Technology and Tools

Another important point to take into consideration is the technical knowledge and practice of necessary equipment & tools. Right from heavy machines to advanced software programs, a Demolition Engineer must hold the practical knowledge of the same.

Post Procedure Responsibilities

Once the Demolition Analysis is done, and the same is executed on the site. The operation produces hazardous materials as waste. So, while choosing a demolition engineering service contractor, make sure they include the removal of hazardous materials post-procedure.


If you need a credible provider for demolition engineering solutions, you can rely on Applied Science International, LLC, or ASI. A team of veteran engineers and scientists there provides innovative solutions that bring clarity and facilitate the resolution of challenges regarding structural design, defects, failures, and accidents, along with demolition engineering solutions.
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.

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How Performance Based Design Approach Is Beneficial?

The major purpose of having a performance-based seismic design is to provide engineers with the capability to design buildings that have a predictable and reliable performance in disasters like earthquakes.  Thus we can say 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.

In other words, 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 while compared to conventional code-prescribed design approaches.  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, Performance based design services can be a more efficient means of ensuring structures are code compliant. Because of limited time and budgets, Prescriptive design is often used but it relies on simplified models. This suggests that progressive collapse analysis, seismic design, and designing against progressive collapse are generally handled by over-engineering the structure, just to be on the safe side.

Well, 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, walls, columns, beams, reinforcement as well as foundations. Make sure that the durability of structure can get affected even if minor mistakes are made during the placement of these placement and construction processes. On the other hand, the whole structure can be built economically if a performance-based design is achieved.

Hence, it won’t be wrong to say that the companies that offer structural analysis and simulation consultation services can test the structure’s integrity against both human-made, natural, or extreme loading events and can even ensure cost savings for clients. So, if you haven’t found any good and advanced software program to meet your analysis and construction needs, then made your choice with ASI’s Extreme Loading for Structures (ELS) software. Their engineers utilize this program to study structures as a complete structural system that too in a complete 3D environment.

For more details, visit- AppliedScienceInt.com

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Find the best Demolition Planning Services – Applied Science Int.

Contact Applied Science International to hire the experienced Demolition Engineers for Demolition Planning. They provide robust protective design software & Services for their clients with advanced structural engineering services. For more information, visit – https://www.appliedscienceint.com/demolition-structural-engineering-design-analysis-planning/ today!