Strength Analysis & FEA

At R&D Global, we strive to exceed expectations and deliver exceptional results that propel your projects to new heights. Discover how our cutting-edge Strength Analysis and FEA services can bring value and assurance to your engineering endeavours. Strength Analysis and Finite Element Analysis (FEA) are essential services for businesses that aim to create safe, reliable, and efficient products and structures.

Benefit of R&D Strength Analysis & FEA Services

By leveraging our expertise, your business can benefit in several ways:

Improved Product Safety and Reliability
Cost Savings With Optimised Designs
Regulatory Compliance and Faster Time To Market
Enhanced Decision-Making and Accuracy

Improved Product Safety and Reliability

Our Strength Analysis and FEA services help identify potential weaknesses and failure points in your designs, ensuring the safety and reliability of your products, which in turn protects your brand reputation and customer trust.

Cost Savings and Optimized Designs:

With our advanced analysis capabilities, we can help you create optimized designs that strike the perfect balance between price, strength, weight, and material usage. This leads to more competitive and innovative products in the market.

Regulatory Compliance and Faster Time To Market

Ensure that your designs comply with industry standards and regulations, with our Strength Analysis and FEA services. Streamline the product development process by identifying potential issues early, allowing you to make necessary adjustments quickly and efficiently.

Enhanced Decision-Making and Accuracy

Our comprehensive analyses provide valuable insights and data-driven recommendations that can help you make informed decisions about materials, design modifications, and manufacturing processes.

More information

What is Finite Element Analysis?

Finite Element Analysis (FEA) is a numerical technique used to predict the behavior of structures and materials under various conditions. It involves dividing a complex geometry into smaller, simpler elements connected at nodes. Governing equations are then solved for each element, considering applied loads and constraints. The results are combined to provide detailed insights into stress, strain, deformation, and other performance characteristics, enabling engineers to optimize designs, enhance safety, and reduce material usage. FEA is widely used in industries like aerospace, automotive, civil engineering, and product design, making it an indispensable tool in modern engineering.
How Can Your Business Utilise FEA through R&D Global?

Manufacturing businesses can leverage FEA in their designs to enhance competitiveness by optimizing product performance, reducing material usage, and minimizing production costs. FEA enables engineers to analyze stress, strain, and deformation under various conditions, leading to improved safety and reliability. By identifying potential design flaws early in the development process, businesses can avoid costly rework or recalls. FEA also helps in lightweight-ing products, reducing material and energy consumption without compromising structural integrity. Furthermore, FEA streamlines decision-making by providing data-driven insights, leading to faster time-to-market and a competitive edge in the rapidly evolving manufacturing landscape.
How is FEA Performed and Charged as a Service?

FEA as a service involves understanding client objectives, preparing the model, assigning material properties and boundary conditions, and conducting simulations. Results are analyzed and shared with the client, often with recommendations for design improvements. Pricing for FEA services can vary based on project complexity, scope, and required expertise. Factors like software licenses, labour costs, and project duration also influence the pricing structure. Businesses typically offer hourly rates, fixed fees per project, or a combination of both. A well-executed FEA service helps clients optimize designs, enhance safety, and reduce costs, providing a competitive advantage in the market.
What is the size of engineering designs that can use FEA?

FEA can be applied to engineering designs of virtually any size, ranging from small components and devices to large-scale structures and systems. The versatility of FEA makes it suitable for a wide array of applications across various industries such as aerospace, automotive, civil engineering, electronics, biomedical, and more. The size of the design does impact the complexity of the FEA model, computational resources, and time required for analysis. For smaller designs, the mesh density and element count may be lower, resulting in faster simulation times. In contrast, large-scale designs may require more detailed meshing, greater computational power, and longer analysis times to ensure accurate results. However, advancements in FEA software and hardware have significantly improved the capability to handle large-scale and complex designs efficiently.