FORMAZIONE SUI SOFTWARE ANSYS
FORMAZIONE CERTIFICATA SULLE SOLUZIONI ANSYS
In qualità Ansys Channel Partner, Cadland organizza corsi di formazione ANSYS per formare e guidare i professionisti all’uso più efficace dei software ANSYS. I corsi di formazione Ansys sono rivolti principalmente alle figure professionali che operano nel campo della simulazione. Scopri tutti i corsi in programma ed il nostro catalogo completo rivolto alla formazione, oppure contattaci per avere maggiori informazioni sui corsi di formazione ANSYS di Cadland.
CATALOGO CORSI FORMAZIONE ANSYS
ANSYS STRUCTURE:
- Ansys Discovery for FEA Geometry Preparation Getting Started (LR)
- Ansys Explicit Dynamics Theory (LR)
- Ansys Forming Getting Started (LR)
- Ansys Mechanical Beyond the Basics (LR)
- Ansys Mechanical Getting Started (LR)
- Ansys Mechanical Getting Started: Basics (LR)
- Ansys Mechanical Scripting (LR)
- Ansys Motion Getting Started (LR)
- Ansys Multibody Dynamics Theory (LR)
- Ansys nCode DesignLife Getting Started (LR)
- Ansys RBF Morph Structures Getting Started (LR)
- Ansys SpaceClaim Meshing for FEA (LR)
- Ansys Workbench LS-DYNA (LR)
- Getting Started with PyMAPDL (LR)
- HPC in Ansys Mechanical: Glossary (LR)
- Introduction to Ansys ACT in DesignModeler (LR)
- Introduction to Ansys ACT in Mechanical (LR)
- Introduction to Ansys ACT Wizards (LR)
- Introduction to Ansys Autodyn (LR)
- Introduction to Ansys Composite PrepPost (ACP) (LR)
- Introduction to Ansys Data Processing Framework (LR)
- Introduction to Ansys DesignModeler (FEA) (LR)
- Introduction to Ansys DesignXplorer (FEA) (LR)
- Introduction to Ansys Mechanical APDL (LR)
- Introduction to Ansys Mechanical APDL Scripting (LR)
- Introduction to Ansys Mechanical for Ocean Loading (LR)
- Introduction to Ansys Meshing (FEA) (LR)
- Introduction to Ansys nCode DesignLife (LR)
- Introduction to Ansys SpaceClaim for FEA (LR)
- Introduction to Ansys Workbench (LR)
- Introduction to Heat Transfer (LR)
- Introduction to Hydrodynamic Analysis for Ansys Aqwa (LR)
- Introduction to Python (LR)
- Simulation of a Complete Assembly of E-Powertrain System (LR)
- Thermal Capacitance in Heat Transfer (LR)
- Thermal Conductivity in Heat Transfer (LR)
- Thermal Convection in Heat Transfer (LR)
- Thermal Radiation in Heat Transfer (LR)
- Ansys Aeromechanics of Turbomachinery Blades (FEA) (LR)
- Ansys Autodyn User Subroutines (LR)
- Ansys Composite Cure Simulation (LR)
- Ansys Explicit Dynamics (LR)
- Ansys Material Designer (LR)
- Ansys Mechanical Acoustics (LR)
- Ansys Mechanical Advanced Connections (LR)
- Ansys Mechanical Advanced Material Modeling (LR)
- Ansys Mechanical Analysis of Structural Plastics (LR)
- Ansys Mechanical APDL User Programmable Features (UPFs) (LR)
- Ansys Mechanical Basic Structural Nonlinearities (LR)
- Ansys Mechanical Beams and Shells Modeling (LR)
- Ansys Mechanical Commands Objects (LR)
- Ansys Mechanical Composite PrepPost (ACP) Advanced (LR)
- Ansys Mechanical Fatigue (LR)
- Ansys Mechanical Fracture Mechanics (LR)
- Ansys Mechanical Heat Transfer (LR)
- Ansys Mechanical Linear and Nonlinear Dynamics (LR)
- Ansys Mechanical Linear and Nonlinear Dynamics – Cyclic (LR)
- Ansys Mechanical Linear and Nonlinear Dynamics – Harmonic (LR)
- Ansys Mechanical Linear and Nonlinear Dynamics – Modal (LR)
- Ansys Mechanical Linear and Nonlinear Dynamics – Random (LR)
- Ansys Mechanical Linear and Nonlinear Dynamics – Spectrum (LR)
- Ansys Mechanical Linear and Nonlinear Dynamics – Transient (LR)
- Ansys Mechanical Nonlinear Materials for Elastomers (LR)
- Ansys Mechanical Nonlinear Materials for Metals (LR)
- Ansys Mechanical Parametric Solutions (LR)
- Ansys Mechanical Rigid Body Dynamics (LR)
- Ansys Mechanical Rotordynamics (LR)
- Ansys Mechanical Short Fiber Composites (LR)
- Ansys Mechanical Topology Optimization (LR)
- Ansys nCode DesignLife Time Domain Analysis (LR)
- Concepts of Fatigue Analysis (LR)
- Designing with 3M™ Tapes and Adhesives (LR)
- FEA Best Practices (LR)
- HPC in Ansys Mechanical In-Core versus Out-of-Core (LR)
- Introduction to modeling 3M™ Pressure-Sensitive Adhesives using Ansys (LR)
- Introduction to modeling 3M™ Structural Adhesives using Ansys (LR)
- Scripting in Ansys SpaceClaim (LR)
- Simulate a Double Action Draw and Restrike in Ansys Forming (LR)
- Simulate a Four Operation Process with Symmetry in Ansys Forming (LR)
- Simulate a Process with Complex Tool Kinematics in Ansys Forming (LR)
- Simulate a Single Action Draw with Laser Cut in Ansys Forming (LR)
- Simulate an Automotive Hood Forming Process in Ansys Forming (LR)
- Thin Body Meshing Using Ansys Meshing (LR)
ANSYS FLUIDS:
- Ansys Discovery for FEA Geometry Preparation Getting Started (LR)
- Ansys Explicit Dynamics Theory (LR)
- Ansys Forming Getting Started (LR)
- Ansys Mechanical Beyond the Basics (LR)
- Ansys Mechanical Getting Started (LR)
- Ansys Mechanical Getting Started: Basics (LR)
- Ansys Mechanical Scripting (LR)
- Ansys Motion Getting Started (LR)
- Ansys Multibody Dynamics Theory (LR)
- Ansys nCode DesignLife Getting Started (LR)
- Ansys RBF Morph Structures Getting Started (LR)
- Ansys SpaceClaim Meshing for FEA (LR)
- Ansys Workbench LS-DYNA (LR)
- Getting Started with PyMAPDL (LR)
- HPC in Ansys Mechanical: Glossary (LR)
- Introduction to Ansys ACT in DesignModeler (LR)
- Introduction to Ansys ACT in Mechanical (LR)
- Introduction to Ansys ACT Wizards (LR)
- Introduction to Ansys Autodyn (LR)
- Introduction to Ansys Composite PrepPost (ACP) (LR)
- Introduction to Ansys Data Processing Framework (LR)
- Introduction to Ansys DesignModeler (FEA) (LR)
- Introduction to Ansys DesignXplorer (FEA) (LR)
- Introduction to Ansys Mechanical APDL (LR)
- Introduction to Ansys Mechanical APDL Scripting (LR)
- Introduction to Ansys Mechanical for Ocean Loading (LR)
- Introduction to Ansys Meshing (FEA) (LR)
- Introduction to Ansys nCode DesignLife (LR)
- Introduction to Ansys SpaceClaim for FEA (LR)
- Introduction to Ansys Workbench (LR)
- Introduction to Heat Transfer (LR)
- Introduction to Hydrodynamic Analysis for Ansys Aqwa (LR)
- Introduction to Python (LR)
- Simulation of a Complete Assembly of E-Powertrain System (LR)
- Thermal Capacitance in Heat Transfer (LR)
- Thermal Conductivity in Heat Transfer (LR)
- Thermal Convection in Heat Transfer (LR)
- Thermal Radiation in Heat Transfer (LR)
- Advanced Ansys Fluent Meshing (LR)
- Ansys Aeromechanics of Turbomachinery Blades (CFD) (LR)
- Ansys CFD (Fluent and CFX) Turbulence Modeling (LR)
- Ansys CFD (Fluent and CFX) Turbulence Modeling: Basics (LR)
- Ansys CFD (Fluent and CFX) Turbulence Modeling: Best Practices (LR)
- Ansys CFD (Fluent and CFX) Turbulence Modeling: Beyond the Basics (LR)
- Ansys CFD (Fluent and CFX) Turbulence Modeling: Scale Resolving Simulations (LR)
- Ansys CFX Combustion and Radiation (LR)
- Ansys CFX Customization (LR)
- Ansys CFX Fluid Structure Interaction with Ansys Mechanical (LR)
- Ansys CFX Multiphase Flow Modeling (LR)
- Ansys CFX Rotating Machinery Modeling (LR)
- Ansys CFX Rotating Machinery Modeling: Introduction (LR)
- Ansys CFX Rotating Machinery Modeling: Multi Component/Multi-Stage Solver Methods and Best Practices (LR)
- Ansys CFX Rotating Machinery Modeling: Single Rotating Component (LR)
- Ansys CFX Rotating Machinery Modeling: Turbo Post-processing (LR)
- Ansys CFX Rotating Machinery Modeling: Unsteady Modeling for Rotating Machinery (LR)
- Ansys Fluent Aeroacoustics Modeling (LR)
- Ansys Fluent Combustion Modeling (LR)
- Ansys Fluent Dynamic Mesh Modeling (LR)
- Ansys Fluent Expressions Language (LR)
- Ansys Fluent Fluid Structure Interaction with Ansys Mechanical (LR)
- Ansys Fluent Gradient-Based Optimization (LR)
- Ansys Fluent Heat Transfer Modeling (LR)
- Ansys Fluent Meshing with Fault-Tolerant Meshing (FTM) Workflow (LR)
- Ansys Fluent Meshing with Watertight Geometry Workflow (LR)
- Ansys Fluent Multiphase Flow Modeling (LR)
- Ansys Fluent Rotating Machinery Modeling (LR)
- Ansys Fluent UDF Advanced Topics (LR)
- Ansys Fluent UDF for Multiphase Flows (LR)
- Ansys Fluent Using User-Defined Functions (UDFs) (LR)
- Augmenting the Watertight Geometry Workflow with Tree Operations (LR)
- Battery Modeling with Ansys Fluent (LR)
- CFD Analysis of a Continuously Stirred Tank Reactor (CSTR) (LR)
- CFD Analysis of Cold Storage Box using Ansys Fluent (LR)
- Creating a CAD Model of a Mixing Tank in Ansys SpaceClaim (LR)
- Electric Machines Thermal Management in Ansys Fluent (LR)
- Electric Machines Thermal Management using Multiphysics Coupling (LR)
- EnSight Python Scripting (LR)
- External Aerodynamics using Ansys Fluent (LR)
- Free Surface Post-Processing with Ansys EnSight (LR)
- Higher Fidelity Designs for the Aerospace Industry with Fluid-Thermal Structural Interaction (FTSI) (LR)
- Performing Your First Ansys Fluent Mixing Tank Simulation (LR)
ANSYS 3D DESIGN:
- Introduction to Ansys Discovery (LR)
- Introduction to Ansys Discovery Geometry (LR)
- Ansys Discovery Electromagnetics (LR)
Ansys Discovery - Structural (LR)
Advanced Geometry Sub-D Modeling
ANSYS LS-DYNA:
- Introduction to Ansys LS-DYNA (LR)
- Introduction to Ansys LS-OPT (LR)
- Introduction to Ansys LS-PrePost (LR)
- Introduction to Ansys LS-TaSC (LR)
- Introduction to the ICFD Solver (LR)
- Overview of Contacts in Ansys LS-DYNA (LR)
- Advanced LS-OPT Deterministic & Probabilistic Optimization (LR)
- Airbag Folding in Ansys LS-DYNA (LR)
- Airbag Modeling in Ansys LS-DYNA (LR)
- ALE and Fluid/Structure Coupling in Ansys LS-DYNA (LR)
- Ansys LS-DYNA Advanced (LR)
- Ansys LS-DYNA Advanced Dynamic Failure Analysis (LR)
- Ansys LS-PrePost Advanced (LR)
- Comprehensive LS-DYNA ALE & Structure – ALE Appllications (LR)
- Discrete Element Method in Ansys LS-DYNA (LR)
- EM: Eddy Current Applications (LR)
- EM: Resistive Heating, Resistance Spot Welding, & Battery Modeling Applications (LR)
- Material Characterization for Metals, Polymers and Foams (LR)
- Non – Linear Implicit Analysis in Ansys LS-DYNA (LR)
- NVH, Fatigue, and Frequency Domain Analysis with Ansys LS-DYNA (LR)
- Occupant Simulation in Ansys LS-DYNA (LR)
- Simulation of Welding Processes in Ansys LS-DYNA (LR)
- Smooth Particle Hydrodynamics Method in LS-DYNA (LR)
- SPH & ISPG for Fluid, Structure & FSI Problems (LR)
- Advanced Geometry Sub-D Modeling
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Analisi strutturale e simulazione con le soluzioni ANSYS
Come valutare la sicurezza e l’affidabilità dei prodotti
L’analisi strutturale è un metodo efficace per valutare la sicurezza e l’affidabilità dei prodotti. Consente agli ingegneri di simulare il comportamento meccanico di una struttura in condizioni di carico reali, al fine di identificare potenziali problemi e garantire che il prodotto soddisfi i requisiti di sicurezza.
Ansys, di cui Cadland è rivenditore ufficiale è leader di software di simulazione strutturale. Le sue soluzioni offrono una vasta gamma di funzionalità per la valutazione del comportamento meccanico di strutture complesse, in condizioni statiche, dinamiche, termiche e di fatica.
I vantaggi dell’utilizzo delle soluzioni Ansys
In qualità di rivenditori ufficiali, consigliamo fortemente i software Ansys agli ingegneri impegnati nell’analisi strutturale per questi motivi:
- Potenza e precisione grazie ad algoritmi avanzati e modelli matematici sofisticati che forniscono risultati accurati e affidabili.
- Flessibilità perchè supportano una vasta gamma di materiali, geometrie e condizioni di carico.
- Accessibilità ad una varietà di versioni per soddisfare le esigenze di ogni azienda.
Applicazioni delle soluzioni Ansys
Le soluzioni Ansys sono utilizzate in una vasta gamma di applicazioni industriali, tra cui:
- Aerospaziale: progettazione di aeroplani, elicotteri, satelliti e altri veicoli spaziali
- Automotive: progettazione di automobili, camion, autobus e altri veicoli
- Ingegneria civile: progettazione di edifici, ponti, strade e altri manufatti
- Elettronica: progettazione di componenti elettronici, come schede a circuito stampato e transistor
- Energia: progettazione di turbine eoliche, centrali nucleari e altri impianti energetici
Le soluzioni Ansys sono un potente strumento per l’analisi strutturale. Offrono una vasta gamma di funzionalità e vantaggi che consentono agli ingegneri di garantire la sicurezza e l’affidabilità dei loro prodotti.
Richiedi una preventivo
Se sei interessato a saperne di più sulle soluzioni Ansys per l’analisi strutturale, contattaci per richiedere una demo.
I nostri esperti ti mostreranno come utilizzare le nostre soluzioni per migliorare la tua progettazione e il tuo sviluppo prodotto.
Contattaci oggi stesso per richiedere un preventivo