Applied Science International

Applied Science International (ASI) is a global leader in structural innovation, specializing in Demolition Engineering,   Performance Based Structural Design , and advanced   Structural Design Software . ASI delivers powerful solutions that help engineers and contractors understand how buildings behave under stress, collapse, or extreme events like earthquakes and blasts. Their cutting-edge software, such as Extreme Loading® for Structures, allows users to simulate building performance in real-time, enabling smarter decisions from design to demolition. ASI’s  demolition engineering  services are especially valuable for controlled and safe structural removal in congested urban environments, ensuring minimal risk and maximum precision. Through performance-based design, ASI helps engineers move beyond prescriptive codes, optimizing structural resilience based on predicted real-world behavior. This approach enhances safety, cost-efficiency, and sustainability in both ne...

Applied Science supports engineering and construction teams in executing safe and efficient structure removal through advanced Demolition Engineering strategies. Their process emphasizes detailed structural analysis, accurate planning, and controlled execution to help mitigate risks. By offering simulation tools and expert guidance, they enable engineers to assess structural behavior and plan each phase of demolition with precision and safety in mind. In addition, their expertise in Performance Based Structural Design helps professionals make informed decisions grounded in how structures perform under real-world conditions, rather than relying solely on prescriptive code requirements. This performance-driven approach enhances risk assessment, improves planning accuracy, and supports safer outcomes across both new builds and retrofits. It enables engineers to anticipate system behavior and design with greater reliability. To support these processes, Applied Science provides powerful S...

Structural engineering has long relied on prescriptive building codes that provide standardized requirements for materials, loads, and design methods. However, as structures become more complex and the demand for resilience increases, engineers are turning to Performance-Based Structural Design (PBSD) to optimize safety, efficiency, and cost-effectiveness. This innovative approach is transforming the field by focusing on how buildings actually perform under real-world conditions, rather than simply adhering to predefined rules. Understanding Performance-Based Structural Design Performance-Based Structural Design is a methodology that evaluates how a structure responds to different types of forces, such as seismic activity, wind loads, and extreme weather events. Unlike traditional code-based design, which applies generic safety factors, PBSD considers project-specific risks and objectives. Engineers use advanced simulations and modeling techniques to predict how a structure will beha...

In the ever-evolving field of structural engineering, two areas that are gaining significant attention are demolition planning and forensic structural engineering . As structures age or become obsolete, understanding how to safely dismantle them while ensuring safety and efficiency is paramount. Coupled with performance-based structural design and advanced structural design software, these fields are becoming increasingly intertwined, offering innovative solutions for today's engineering challenges. The Importance of Demolition Planning Demolition planning is more than just tearing down a building; it involves a comprehensive analysis of the structure, environmental impacts, and safety protocols. A well-structured demolition plan not only minimizes risks but also ensures compliance with regulatory standards. Effective planning involves collaboration with various stakeholders, including architects, engineers, and regulatory agencies, to devise a strategy that prioritizes safety whi...

In recent years, the field of demolition engineering has seen remarkable advancements. With the integration of cutting-edge technologies and innovative methodologies, the industry is transforming rapidly. This blog explores the latest trends and best practices that are revolutionizing the work of a Demolition Engineer . Modern Approaches in Demolition Gone are the days when demolition was solely about wrecking balls and explosives. Today, a demolition engineer employs sophisticated tools and methods to ensure safe, efficient, and environmentally friendly demolition processes. The focus has shifted towards precision and sustainability, leveraging technology to minimize waste and maximize recycling. The Role of Performance Based Structural Design One of the groundbreaking methodologies making waves in demolition engineering is Performance Based Structural Design . This approach evaluates the anticipated performance of structures under various conditions, including during demolition. By u...

Incorporating Protective Design Software into your projects can transform the way you approach construction and engineering. This advanced technology offers numerous advantages that not only enhance safety but also improve efficiency and accuracy in your designs. Here are five key benefits of using this software in your projects: Enhanced Safety Measures Safety is paramount in any construction project. Protective Design Software provides detailed simulations and analyses that help identify potential hazards before they become real issues. By anticipating risks, you can implement preventative measures early in the design process, ensuring a safer environment for both workers and future occupants. Improved Design Accuracy One of the standout features of this software is its ability to deliver highly accurate design models. This accuracy is crucial for creating structures that are not only safe but also optimized for performance. Using these tools, engineers can test various scenarios an...

In the world of structural engineering, there's a groundbreaking approach called performance based structural design that's changing the game. Instead of just following basic rules, this new method looks at things in a more detailed way. It considers important factors like safety, how well a building works, how long it lasts, and how good it is for the environment. This method goes beyond the usual practices by using advanced techniques and computer simulations. These tools help engineers understand how buildings behave in real life. By using this approach, engineers can make designs that are stronger and more resilient. Here are some big benefits of this new way of doing things: 1. Better Safety : Safety is the number one priority. This method helps engineers find any weak spots in buildings and fix them before there's a problem. It's especially useful for making sure buildings can handle things like earthquakes, hurricanes, and fires. 2. Improved Performance : Engine...

Explore cutting-edge Performance Based Structural Design solutions at Applied Science International. Elevate your projects with innovative methodologies, ensuring optimal performance, resilience, and safety. Our experts harness advanced technology to deliver tailored designs, surpassing industry standards. Dive into a realm where precision meets ingenuity, transforming your vision into structurally superior reality. Trust Applied Science International for the pinnacle of Performance-Based Design excellence.