Advanced Structural Design and Analysis for Complex Engineering Challenges

Fabexco provides comprehensive structural design and analysis services using cutting-edge finite element analysis (FEA) models. We leverage our expertise in stress analysis for a wide range of materials, including metallic, polymeric, composite, and hyper-elastic materials. Our services encompass fatigue life estimations, predictive failure analysis, generative topology optimization, and explicit dynamic or modal analysis.

We specialize in multi-physics analysis, addressing engineering problems involving multiple physical phenomena that interact simultaneously. Our capabilities include thermal stress and strain analysis, 1-way and 2-way fluid-solid interaction modeling, and thermo-mechanical fatigue analysis.

Whether you're facing a complex design challenge or seeking to optimize an existing product, Fabexco stands ready to assist you. Our team of experienced engineers is dedicated to providing tailored solutions that meet your specific requirements, ensuring the structural integrity and performance of your products.

Key Features of Our Structural Design and Analysis Services:

• High-fidelity finite element analysis (FEA) models
• Stress analysis for a wide range of materials
• Fatigue life estimations
• Generative topology optimization
• Explicit dynamic or modal analysis
• Multi-physics analysis expertise
• Thermal stress and strain analysis
• 1-way and 2-way fluid-solid interaction modeling
• Thermo-mechanical fatigue analysis

Contact Fabexco Today to Tackle Your Engineering Challenges Head-On

If you're facing a challenging engineering problem, Fabexco is your trusted partner for comprehensive structural design and analysis services. Our team of experts is here to help you overcome any obstacle and ensure the success of your engineering projects.

Propagation of heat and adequate insulation is increasingly an important aspect of today’s product design in many areas. At Fabexco, we offer thermal simulation, optimization, and quantification of thermal performance for various products that involve thermal phenomenon. We have extensive experience in simulating all modes of heat transfer, condensation and icing, as well as location-based solar radiation modeling, inductive heating simulations, insulation optimization, and droplet evaporation modeling for product design applicable to building materials, HVAC equipment, and industrial applications.

Harness the Power of Computational Fluid Dynamics (CFD) Analysis for Engineering Excellence

Leverage our cutting-edge CFD expertise to optimize your engineering designs and achieve peak performance across a wide range of industries. Our team of experienced engineers utilizes state-of-the-art CFD tools to tackle complex fluid flow problems, providing you with accurate and insightful simulations that guide informed decision-making.

Unlock the Potential of CFD Across Industries

We seamlessly integrate CFD analysis into your design process, delivering comprehensive solutions for a diverse spectrum of applications:

• Industrial Machinery: Optimize fluid flow patterns within machinery components to enhance efficiency, reduce energy consumption, and mitigate wear and tear.
• HVAC Systems: Evaluate and optimize HVAC system performance, ensuring optimal airflow distribution, temperature control, and energy efficiency.
• Construction Projects: Analyze wind forces and fluid flow around structures to ensure stability, minimize structural fatigue, and optimize building design.
• Automotive Engineering: Design aerodynamically efficient vehicles that minimize drag, improve fuel economy, and enhance handling characteristics.

Unleash the Power of Coupled Physics

Our comprehensive CFD capabilities extend to coupled physics simulations, enabling us to address complex interactions between fluids and other physical phenomena:

• Compressible and Incompressible Flows: Analyze fluid behavior under a wide range of pressure conditions, from incompressible flows in HVAC systems to compressible flows in high-speed vehicles.
• Hydrodynamics: Optimize fluid motion in pumps, turbines, and other hydraulic systems to maximize efficiency and minimize energy losses.
• Evaporation and Porous Materials: Simulate evaporation processes and fluid flow through porous media, relevant for applications in heat exchangers, oil reservoirs, and filtration systems.
• Particle Transportation: Track particle movement and erosion in fluid flows, crucial for understanding wear and tear in machinery and optimizing particle-laden processes.
• Acoustic Propagation Simulations: Analyze sound propagation in complex environments, enabling the design of quieter products and environments.

Transform Your Designs with CFD-Powered Insights

Our team of experts is committed to providing you with the highest quality CFD services, tailored to your specific needs and goals. We utilize advanced CFD software and methodologies to deliver:

• Accurate and Reliable Simulations: Our simulations adhere to industry standards, ensuring the validity and integrity of our results.
• Detailed Flow Visualization: We provide insightful visualizations of fluid flow patterns, pressure distributions, and other key parameters.
• Optimization Analysis: We identify design improvements and optimize parameters to enhance performance and efficiency.
• Comprehensive Reporting: We deliver detailed reports that clearly communicate our findings and recommendations.

Embrace CFD for Engineering Excellence

Partner with us to harness the power of CFD analysis and elevate your engineering designs to new heights. Our expertise and dedication will empower you to make informed decisions, optimize performance, and achieve breakthrough innovations.

Contact us today to discuss your CFD needs and discover how we can help you transform your engineering challenges into success stories.

Explore Fabexco's in-depth expertise in rheological simulations, capturing fluid motions in exotic non-Newtonian substances. Our applications extend to diverse industries, including plastics, chemicals, and petrochemicals. We specialize in fluid simulations involving materials like polymer melts, paints, varnishes, concrete slurries, ceramic clays, food, pharmaceutical pastes, molten chocolate, sealants, biological fluids (e.g., blood), chemical slurries (e.g., detergents), and molten metals. Leverage our capabilities for turnkey engineering design and analysis of industrial components related to these applications.