Ziybo International Engineering Simulation Center is providing services in the three main areas comprised of Multi-Body Dynamics (MBD), Computer Aided Design (CAD) and Finite Element Analysis (FEA).
We specialize in Multi-Body Dynamics (MBD) simulations to analyze the motion and forces within complex mechanical systems. Our expertise predicts real-world performance, optimizing mechanisms for durability, stability, and efficiency. We help you reduce physical prototyping costs and accelerate time-to-market for machinery, vehicles, and robotics. From full vehicle dynamics to intricate mechanical assemblies, we provide the critical insights needed to perfect your product’s movement. Partner with us to engineer systems with confidence and superior performance.
zyibo simulation center provides detailed technical drawing and 3D modeling services using engineering software like CATIA and SolidWorks. Our expertise includes industrial mold design and reverse engineering, where we create accurate industrial drawings and models from 3D scans of existing parts.
We leverage advanced Finite Element Analysis (FEA) to simulate product performance under real-world conditions. Our services predict stress, thermal flow, and dynamics to optimize your designs for strength and efficiency. We help reduce prototyping costs and accelerate development across aerospace, automotive, and manufacturing. From component validation to complex system modeling, we provide the insights you need to build better, safer, and more reliable products. Partner with us to turn your concepts into confidently engineered solutions.
INDUSTRIES
Mechanical Engineering: We analyze stress, vibration, and fatigue in components and machinery to optimize performance, durability, and design efficiency.We analyze composite structures, simulate landing gear dynamics, and validate component performance under extreme thermal and mechanical loads
Railway Engineering: We simulate vehicle-track dynamics, crashworthiness, and structural integrity of bogies, car bodies, and couplings for enhanced safety and reliability.
Plant Engineering: We perform stress analysis on pressure vessels, piping systems, and structural frames, and simulate machinery vibrations to ensure operational safety.
Automotive Engineering: We optimize vehicle dynamics, suspension systems, and powertrain performance, and conduct crash and impact analysis for safety and comfort.
Civil Engineering: We model and analyze the structural integrity of bridges, buildings, and foundations under dynamic loads like wind, seismic events, and fatigue.
Medical Engineering: We perform biomechanical analysis on implants and prosthetics, and simulate the mechanical performance of surgical tools and medical devices.
Academic & Research Partnerships
At Ziybo International Engineering Simulation Center, we believe that innovation flourishes at the intersection of academia and industry. That’s why we are actively seeking to form impactful partnerships with universities, science-based institutes, and research organizations.
Collaborative Training Programs
Empower students and faculty with hands-on learning opportunities. We offer tailored training in advanced simulation tools—including Abaqus, Adams, CATIA, and SolidWorks—for coursework, special projects, and continuing education.Joint Research & Development Projects
Let’s push the boundaries of engineering together. We invite research teams to co-develop simulation-driven methodologies for enhancing product performance, reducing development time, and integrating AI with FEA and MBD for optimal results.Guest Lectures & Workshops
Leverage our domain expertise through engaging lectures, workshops, or seminars. Whether it’s about simulation-driven design optimization, virtual prototyping, or insights into real-world engineering challenges, we’re ready to share what we know.Access to Industry-Grade Tools and Expertise
Gain streamlined access to high-fidelity simulation environments and expert counsel. Our capabilities in mechanical, railway, plant, automotive, civil, and medical engineering offer a deep substrate for academic exploration.