Strukturelle Analyse
Erweiterte Struktursimulation für optimierte Produktleistung
Schöpfen Sie mit unseren fortschrittlichen Struktursimulationsdiensten das volle Potenzial Ihrer Konstruktionen aus. Unser Team ist auf lineare und nichtlineare Strukturanalysen spezialisiert und nutzt modernste FEA-Tools, um die Produktleistung vorherzusagen, die Haltbarkeit zu verbessern und den Bedarf an physischen Tests zu reduzieren.
Verwendete Tools
Präzisions-FEA-Lösungen zur Bewertung und Verbesserung der strukturellen Integrität
Unsere FEA-Dienstleistungen bieten detaillierte Einblicke in die Spannungen, Verformungen und strukturellen Grenzen Ihrer Produkte. Von Automobilkomponenten bis hin zu großen Industriemaschinen – unsere Simulationen helfen Ihnen, kritische Leistungsfaktoren vor der Erstellung von Prototypen zu verstehen und gewährleisten robuste und zuverlässige Designs.
Lineare Strukturanalyse
Evaluate products under gradual load conditions to determine stress generation and deformation within elastic limits. Our linear analysis is ideal for assessing building structures, pressure vessels, and more. It helps optimize designs for resilience and integrity.
Nichtlineare Strukturanalyse
Conduct complex studies to understand behavior under non-standard load conditions, such as large deformations and varied material properties. This analysis is crucial for components in dynamic environments like pumps, turbines, and automotive parts.
Bewertungen der Dauerhaftigkeit und strukturellen Integrität
Using advanced simulation techniques, predict and identify plastic limits and assess long-term durability. This ensures that your designs are efficient and durable under real-world conditions.
Design-Optimierung und Innovation
Leverage our FEA insights to refine and enhance product designs, reducing the need for multiple physical prototypes and accelerating the development cycle.
Umfassende Produktleistungstests
Simulate real-world conditions to see how your products will perform under various scenarios. This will help prevent failures and ensure that they meet all safety and performance standards.
Unsere Branchen
-
Metal Fabrication
-
Machine Manufacturing
-
Heavy Engineering
-
Automobile Industry
-
Oil & Gas Industry
-
Construction
-
Process Industry
CAD-Konvertierung Prozess
Der CAD-Konvertierungsprozess bei ZetaCADD beinhaltet eine sorgfältige Umwandlung von physischen oder veralteten Entwürfen in genaue und editierbare digitale CAD-Dateien.
Consultation
Our technicians consult with clients and try collecting as much information about the project.
Quotation
After the scope of the project is understood, our experts evaluate and offer a price quote.
Feedback & Reviews
To prevent any last-minute changes, Polosoft prefers to get client input at every stage.
Delivery
Final drafts are checked by our professional team of quality analysts.
Konsultieren Sie unsere FEA-Experten
Testimonials
Häufigste Fragen lesen
Häufigste Fragen
FEA provides critical insights into structural and performance-related aspects of product designs. It allows engineers to make informed decisions and modifications early in the design process, thus enhancing product quality and reducing development costs.
Our FEA services can simulate a wide range of load conditions, including static, dynamic, thermal, and fluid forces, providing a comprehensive understanding of how a product behaves under different operational scenarios.
Yes, our expertise encompasses both simple components and complex assemblies, ensuring accurate predictions of how entire systems behave under various conditions.
Nonlinear FEA allows for the analysis of conditions involving significant deformations, complex material properties, and interactions between different parts, providing a more detailed and accurate assessment of structural behavior under realistic conditions.
We ensure accuracy through rigorous model validation against known benchmarks and real-world data, combined with the expertise of our engineers in using advanced simulation tools.
Our structural simulation services can greatly benefit industries such as automotive, aerospace, manufacturing, civil engineering, and energy, particularly those where product integrity and safety are critical.