Dinamica dei sistemi multibody
Simulazione della dinamica multibody per sistemi meccanici complessi
Scoprite tutto il potenziale dei vostri sistemi meccanici grazie ai nostri servizi di dinamica multibody (MBD). Avvalendoci di strumenti di simulazione avanzati, modelliamo e analizziamo il comportamento dinamico di corpi interconnessi per prevedere le prestazioni del sistema in condizioni operative reali.
Gli strumenti che utilizziamo
Ottimizza le prestazioni del sistema grazie all'analisi precisa della dinamica multibody di
I nostri servizi di MBD forniscono informazioni fondamentali sulle dinamiche dei sistemi meccanici costituiti da più componenti interconnessi. Simulando con precisione i movimenti, le forze e le interazioni all’interno di questi sistemi, vi aiutiamo a migliorare la solidità del progetto, l’efficienza operativa e la prevedibilità.
Simulazione dinamica del movimento
Simulate the complex motions of interconnected systems, capturing realistic responses to external forces and operational loads to predict potential issues and optimize system performance.
Analisi delle forze e delle sollecitazioni
Analyze the forces and stresses within multibody systems to understand load distributions and identify areas susceptible to wear or failure, ensuring durability and safety.
Analisi cinematica e ottimizzazione
Perform detailed kinematic studies to optimize the motion mechanisms, improving the efficiency and effectiveness of your designs.
Analisi e controllo delle vibrazioni
Investigate vibrations within multibody systems to develop strategies for vibration mitigation, crucial for maintaining system integrity and prolonging service life.
Integrazione dei sistemi di controllo
Integrate control logic into multibody simulations to see how control systems affect system behavior, aiding in the design of more responsive and stable systems.
Prototipazione e collaudo virtuali
Utilize virtual prototyping to test and refine system designs before physical prototypes are built, significantly reducing development time and costs.
I nostri settori
-
Metal Fabrication
-
Machine Manufacturing
-
Heavy Engineering
-
Automobile Industry
-
Oil & Gas Industry
-
Construction
-
Process Industry
Processo di conversione CAD
Il processo di conversione CAD di ZetaCADD prevede un approccio meticoloso che consente di trasformare disegni cartacei o obsoleti in file CAD digitali precisi e modificabili.
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.
Contattaci per la simulazione della dinamica multibody
Testimonianze
Leggi di più su
Domande frequenti
MBD involves analyzing mechanical systems composed of interconnected bodies that can move relative to each other, influenced by forces such as gravity, friction, and external loads. It’s crucial for designing mechanical systems that are optimized for both function and durability.
While traditional dynamic simulation might focus on single-body dynamics or simple mechanisms, MBD handles complex interactions within systems having multiple moving parts, providing a more comprehensive analysis of system behavior under various conditions.
Yes, our MBD services cover both rigid and flexible body dynamics, allowing for precise modeling of systems in which component deformation can influence overall system behavior.
Industries such as automotive, aerospace, manufacturing, and robotics benefit greatly from MBD analysis, as it allows for the optimization of mechanisms involved in varied operational contexts.
We ensure accuracy by using validated models, calibrating simulations with experimental data when available, and applying high-fidelity numerical methods to capture detailed system responses.
We utilize leading CAE tools like ANSYS, MSC Adams, and Simpack, which are specifically designed for performing detailed and accurate multibody dynamics simulations.