Architettura, ingegneria e costruzioni (AEC)

Modellazione e simulazione per l'industria   Architettura, ingegneria e costruzioni (AEC)

La progettazione di un'acustica migliore, la costruzione di facciate che durano nel tempo e la fabbricazione di fondamenta sicure iniziano con solide prassi ingegneristiche (Sound Engineering Practices). Per studiare in modo approfondito tutti gli aspetti del progetto che influiscono sul prodotto finale, prima che la costruzione abbia inizio, gli ingegneri si affidano alla simulazione multifisica, che li aiuta a prevedere, ottimizzare e testare i progetti in condizioni reali, virtualmente.

Esplora questa galleria di contenuti per vedere come il software COMSOL Multiphysics® viene utilizzato in settori come architettura, edilizia e ingegneria delle costruzioni (AEC), dai materiali da costruzione ai progetti architettonici.

Article
Heidelberg Materials and Deflexional Bring Multiphysics Simulation to Construction Sites
Video
Get an Inside Look at an Innovative Rainwater Drainage System
Model
Thermal Performances of Windows
Article
Zeugin Harmonizes Sound and Style in Open-Plan Offices
Model
Displacement Ventilation System Performance
Blog Post
Fine-Tuning an HVAC System Design with Simulation
Article
Eurac Research Developed a Complex Fenestration System for Energy Efficiency
Model
Turbulent Flow Around a Factory Chimney
Blog Post
Validating an Acoustic Ray Tracing Simulation of a Chamber Music Hall
Model
Failure of a Concrete Beam Using Coupled Damage–Plasticity
User Presentation
Corrosion of Reinforcement Bars in Carbonated Concrete
Blog Post
Examining an Air Filter with a RANS Turbulence Model
Blog Post
Improving Fire Protection for Structures via Building Physics Simulation
White Paper
Modeling Corrosion and Corrosion Protection
User Presentation
Efficient Geothermal Cooling in Harsh Environments
Model
Linear Buckling Analysis of a Truss Tower with Dead Loads
Model
Truss Tower Sensitivity Analysis
Blog Post
Stress Minimization: Heuristic Approach for Improving Fatigue Behavior
Article
The MTC Built a Simulation App to Optimize Conditions in an Additive Manufacturing Facility
Blog Post
Improving Architectural Designs with Building Physics Simulation
Model
Sound Transmission Loss Through a Window
Model
Sound Transmission Loss Through a Concrete Wall
Article
Polar Night Energy Developed Technology that Heats Buildings with Solar Energy Stored in Sand
Blog Post
The Heat Is On: Modeling Temperature Distribution in a Sauna
Article
Greening the Heart of the City: An Urban Rooftop Drainage System Inside a Garden Fence
User Presentation
Hygrothermal Investigation of Façade Panel Connections
Blog Post
Analyzing Caustic Surface Generation at a Las Vegas Hotel
Model
Earthquake Analysis of a Building
User Presentation
Assessing the Risk of Cracking in Wooden Sculptures Due to Humidity Changes
User Presentation
Predicting Internal Wall Structures with IR-Heating and IR-Scanning Simulations
Blog Post
Modeling Room Acoustics Using a Hybrid Approach
Article
Preserving Historical Buildings with Multiphysics Simulation Apps
Blog Post
Testing the Safety of Reinforced Concrete Beams with an App
Model
Atmospheric Corrosion of a Busbar
Model
Condensation Risk in a Wood-Frame Wall
Article
Shake, Rattle, and Roll: Alleviating Vibrations in Buildings
Article
Newtecnic Optimizes the Performance of Complex Building Façades
Model
Heat and Moisture Transport in a Semi-Infinite Wall
Model
Acoustics in a Single-Family Home
Article
Researchers Find Better Ways to Heat and Cool Buildings
Model
Acoustics in a Small Concert Hall
Model
Ground Heat Recovery for Radiant Floor Heating
Blog Post
Verifying a HAMSTAD Benchmark for an Insulated Roof Model
Model
Instability of a Space Arc Frame
Model
Thermal Performances of Roller Shutters
Model
Glazing Influence on Thermal Performances of Windows
Blog Post
How to Predict the Fatigue Life of Welds
Model
Corrosion in a Galvanized Nail
Model
Cathodic Protection of Steel Rebar in Concrete
Blog Post
Preventing Airborne Infection in Hospitals with CFD Modeling
Blog Post
Convolution and Auralization for Room Acoustics Analysis
Model
Concrete Beam with Reinforcement Bars
Model
Truss Tower Buckling Analysis
Model
Viscous Heating in a Fluid Damper
Model
Thermal Bridges in Building Construction — 3D Iron Bar Through Insulation Layer
Model
Thermal Bridges in Building Construction — 3D Structure Between Two Floors
Model
Chamber Music Hall Acoustics
Model
Heat Transfer in a Living Room with a Stove

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 costruzioni e progetti architettonici:

Vedi tutti i prodotti 

Opzioni di licenza flessibili

COMSOL offre varie tipologie di licenze per rispondere alle esigenze di diversi tipi di organizzazioni e gruppi di lavoro.

Confronta i tipi di licenze