Industria manifatturiera

Modellazione e simulazione per l'industria   Industria manifatturiera

I materiali, i processi e le apparecchiature utilizzati nell'industria manifatturiera possono essere difficili da testare fisicamente o richiedere molte risorse. Per questo motivo i leader di settore si rivolgono alla modellazione e alla simulazione multifisica per lo sviluppo, il collaudo e la verifica. La simulazione è utile anche per proporre nuovi progetti e processi e per ottimizzare quelli esistenti, accelerando il processo di ricerca e sviluppo.

Sfoglia questa raccolta di contenuti relativi all'additive manufacturing, alla scienza dei materiali e all'ingegneria di processo, per vedere come il software COMSOL Multiphysics® viene usato nell'industria manifatturiera.

User Presentation
Benefit of Vapor Consideration for LPBF Additive Manufacturing Process Simulation
Video
Introduction to Modeling Electrodeposition
Model
Powder Compaction of a Rotational Flanged Component
Model
Liquid–Liquid Extraction Process
Article
ITRI Makes Predictions in Additive Manufacturing with Simulation Apps
User Presentation
Structural Analysis on 3D Printed Objects Made from Experimentally Characterized Materials
Video
Keynote: Multiphysics Modeling of Carbon-Based Products
User Presentation
Design and Analysis of Sustainable Packing Case Pallets for Machine Tools
User Presentation
In-Process Thermal Analysis for Free-Form FFF Printing
Model
Acid–Base Equilibria and Copper Speciation in Ammonia Solution
Video
Keynote: Predicting Corrosion with Machine Learning and Simulation
Blog Post
Modeling the Permeability of Composite Reinforcement Materials
Blog Post
Comparing Optimization Methods for a Heat Sink Design for 3D Printing
Model
Resin Transfer Molding of a Wind Turbine Blade
User Presentation
Study of Impact of Terrain Structure on the Dispersion of Accidentally Released Air Pollutants
Blog Post
Predicting the Effects of Induction Heating with Simulation
User Presentation
Heating of a Beam Shaping Spatial Light Modulator in Area Printing® Metal 3D Printing
Blog Post
How to Activate Material in Simulations of Manufacturing Processes
Blog Post
Modeling a Tubular Reactor for Optimized Polymer Manufacturing
User Presentation
Predicting Fatigue Life of Cold-Sprayed Multi-Materials and Functionally Graded Materials
Blog Post
Paper Mechanics and the Benefits of Modeling Paperboard Formation
Blog Post
Optimizing Thermal Processes in Carbon Manufacturing with Simulation
User Presentation
Finite Element Analysis of Friction Stir Welding of Al Alloy and Inconel 718
Model
Curing in Automotive Rubber
User Presentation
Elastohydrodynamics of Roll-to-Plate Nanoimprinting on Non-Flat Substrates
User Presentation
Simulation of Through Air Drying in Tissue Paper in a Papermaking Process
Model
Partially Baffled Turbulent Mixer with a Three-Bladed Impeller
User Presentation
Directed Energy Deposition Additive Manufacturing
Article
Keeping Dendrites at Bay with Numerical Simulation
Blog Post
The Elephants of Materials Science: SMAs Never Forget Their Shape
Article
Lightweighting with Aluminum: Corrosion Apps Guide Leading Design at the National Research Council Canada
Model
Lemaitre–Chaboche Viscoplastic Model
Article
Improving Efficiency in Iron Ore Sintering
Article
How Fast Do Elevated Temperatures Reach the Li-Ion Battery Cell Interior?
Blog Post
Pulsed Electrochemical Machining: A Multiphysics Model
Model
Slot-Die Coating with Channel Defect
Model
Rubber Injection Molding
Article
Optimizing Screen Protection During the Manufacturing Process
Article
MTC Develops Simulation App to Revolutionize Design for Additively Manufactured Parts
Model
Continuous Mixer
User Presentation
Glass Transition of ABS in 3D Printing
Article
Simulating Laser–Material Interactions
Model
Welding of a Titanium Plate
Model
Quenching of a Steel Billet
Blog Post
Designing the Sound Absorption of Microlattice Structures
Model
Mixer Simulation App
Blog Post
Advancing Additive Manufacturing with Sequential Simulations
Article
Virtual Material Design in 3D Printing Makes Headway with Multiscale Modeling
Article
Optimizing 3D Printing Techniques with Simulation Apps
Model
Radiative Cooling of a Glass Plate
Article
Continuous Casting: Optimizing Both Machine and Process with Simulation
Article
Optimized Induction Heating Techniques Improve Manufacturing Processes
Blog Post
Modeling Pitting Corrosion in COMSOL Multiphysics®
Article
Developing Lighter, Easier to Manufacture, and Safer to Maneuver Roof Runners
Article
Optimized Heating Process with Uniform Coating
Model
Inkjet Nozzle
Blog Post
Modeling the Behavior of an Oldroyd-B Polymer
Model
Laminar Static Mixer
Article
Simulation of Magnetic Flux Leakage Inspection
Article
A Smooth Optical Surface in Minutes
Blog Post
Optimizing the Electroplating Process for Multiple Components
Article
Optimizing Laminar Flow Static Mixers at Nordson EFD
Blog Post
Simulating the Carburization and Quenching of a Steel Gear
Blog Post
How to Predict the Fatigue Life of Welds

Nessun risultato. Prova a usare una parola chiave diversa.

Cosa ti serve?

La base di partenza è COMSOL Multiphysics®, la piattaforma per la costruzione di modelli basati sulla fisica e per la creazione di app di simulazione. Da qui è possibile aggiungere tutti i moduli specializzati e i prodotti di interfacciamento necessari, che si collegano perfettamente alla piattaforma per ottenere un flusso di lavoro coerente, indipendentemente dal modello che si sta realizzando.

Ecco alcuni prodotti che ti suggeriamo di aggiungere a COMSOL Multiphysics® per la modellazione di processi manifatturieri:

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