Eğitim Takvimi

Eğitim Kodu : MECH 205
Eğitim Adı : Introduction to nCode DesignLife
Eğitim Yeri: Online
Süre : 2 gün
Önkoşul : MECH 101
Kimler Katılmalı : Mekanik Tasarım Mühendisleri, Yapısal Analiz Mühendisleri

1.Gün:

Module 1: Introduction to CAE Fatigue

Module 2: Workbench/DesignLife Integration
Workshop 1: Introduction to the ANSYS nCode DesignLife Interface

Module 3: Workbench/DesignLife Interface
Workshop 2: Constant amplitude Stress life fatigue analysis

Module 4: Importing FE Results
Workshop 3: Import FE model, review results, and select subsets

Module 5: Materials
Workshop 4: Materials assignment

2.Gün:

Module 6: Load Mapping
Workshop 5: Time Series
Workshop 5a: Time Step

Module 7: Duty Cycles
Workshop 6: Duty Cycle

Module 8: Stress Life Fatigue
Workshop 7: Stress Life based fatigue assessments

Module 9: Strain-Life Fatigue
Workshop 8a: Constant Amplitude EN Analysis, Mean Stress Correction
Workshop 8b: Elastic/plastic correction vs FEA non-linear BKIN material model

Eğitim Kodu : MECH 206
Eğitim Adı : ANSYS Composite Prepost Introduction
Eğitim Yeri: Ankara
Süre : 2 gün
Önkoşul : MECH 101
Kimler Katılmalı : Mekanik Tasarım Mühendisleri, Yapısal Analiz Mühendisleri

1.Gün:

Module 01: ANSYS Composite PrepPost Introduction

Module 02: Composite PrepPost Demonstration

Module 03: ANSYS Composite PrepPost Introduction
Workshop 1 – Introduction to ANSYS Composite PrepPost
Workshop 2 – Kiteboard

Module 04: Rosettes and Oriented Selection Sets
Workshop 3 – Helix

Module 05: The Oriented Selection Sets
Workshop 4 – T-Joint

Module 6: Rules and Edge Sets
Workshop 5 – Rules

2.Gün:

Module 7: Draping
Workshop 6 – Draping

Module 8: Solid Modeling
Workshop 7 – Solid Modeling
Workshop 8 – Solid Modeling and Ply Drop Offs

Module 9: Parameters in ANSYS Composite PrepPost

Module 10: Workshop 9 – Parameters in ANSYS Composite PrepPost

Module 11: Failure Criteria

Module 12: Progressive Failure and Crack Growth Analysis
Workshop 10 – Delamination
Workshop 11 – Submodelling
Workshop 12 – Temperature Dependent Material
Workshop 13 – Rotordynamics
Workshop 13 – Lap Joint

Module 13: Tips and Tricks
Workshop 15 – Temperature-, Shear-, and Degradation-dependent Material Properties
Workshop 16 – Modeling Progressive Damage – Advanced Example
Workshop 17 – Scripts in ACP

Eğitim Kodu : ELE 101
Eğitim Adı : Introduction to ANSYS HFSS
Eğitim Yeri: İstanbul
Süre : 2 gün
Ön koşul : –
Kimler Katılmalı : Elektrik-Elektronik Mühendisleri, Haberleşme Mühendisleri

1.Gün:

Module 1: Introduction to ANSYS HFSS Solvers AddOns, Graphical User Interface (GUI), Meshing, Convergence Criteria, Model Overview
Workshop: 3D Coax Microstrip Transition

Module 02: HFSS 3D Design Setup and Post-processing Boundary Conditions, Excitations, Design Setup, Adaptive Mesh Frequency, Solver Settings, Frequency Sweep, Post-processing
Workshop: Patch Antenna
Workshop: Waveguide Antenna
Workshop: Reflector

2.Gün:

Workshop: RCS Cube
Workshop: EMI example

Module 3: HFSS for 3D Layout
Layout, Stackup, Circuit Elements, Excitations
Workshop: PCI Express Gen 3

Module 4: High Performance Computing and Optimetrics
HPC (MT), HPC (SDM), HPC (DP) HFSS-DDM (Mesh Based), HFSS-IE DDM (Matrix Based), FEM DDM with IE Regions, HFSS-Periodic Do mains (Finite Arrays), Parametric, Optimization, Sensitivity
Workshop: MicrostripBend_Optimetrics

Module X: ANSYS HFSS SBR+ Solver PTD, UTD, Creeping wave
Workshop: Reflector (SBR+ Solver)
Workshop: RCS Cube (SBR+ Solver)

Eğitim Kodu : ELE102
Eğitim Adı : Introduction to ANSYS Maxwell
Eğitim Yeri: İstanbul
Süre : 2 gün
Ön koşul : –
Kimler Katılmalı : Elektrik Mühendisleri, Elektronik Mühendisleri, Elektrik-Elektronik Mühendisleri, Mekatronik Mühendisleri

1.Gün:

Module 01: Introduction to Maxwell Modeling, Geometry and Import, Materials, boundaries and sources, Parametrization, Adaptive meshing, Inductance calculation, Postprocessing
Workshop 1.1: Magnetostatic 2D Analysis
Workshop 1.2: Magnetostatic 3D Analysis

Module 02: Quasi Static (QS) solvers Eddy current solver, Electrostatic solver, AC Conduction and DC conduction solvers
Workshop 2.1: 2D Eddy Current Analysis
Workshop 2.2: 2D Electrostatic Analysis
Workshop 2.3: 3D Eddy Current Analysis
Workshop 2.4: 3D Electrostatic Analysis

Module 03: Transient Solvers Magneto- and Electrotransient Solvers, Eddy effects and losses, Sources, windings and external circuit, Mesh operations and linking
Workshop 3.1: 2D Magnetotransient Analysis including mesh operations
Workshop 3.2: 3D Magnetotransient Analysis including mesh operations

Module 04: Postprocessing and Parametric Maxwell Postprocessing, Reports and Solution Data, Field Overlays, Field Calculator, Parametric, Optimization and Sensitivity
Workshop 4.1: Postprocessing
Workshop 4.2: Parametric Analysis

Eğitim Adı: WB F101+CFD 112: Introduction to ANSYS SpaceClaim+CFX Bundle
Eğitim Yeri: İstanbul
Eğitim Süresi: 4 gün

Eğitim Kodu : WB F101
Eğitim Adı : Introduction to ANSYS SpaceClaim
Süre : 1 gün
Ön koşul : –
Kimler Katılmalı : CFD Mühendisi, Tasarım Mühendisi

1.Gün:

Module 01: Core Skills
Workshop 1.1: Basics

Module 02: Sketching in SpaceClaim

Module 03: Creating Geometry
Workshop 2.1: Creating Geometry

Module 04: Repairing Geometry
Workshop 3.1: Repairing Geometry

Module 05: CFD Modeling
Workshop 5.1: Preparing for CFD Analysis

Module 06: SpaceClaim to Workbench
Workshop 6.1: Parameters

Eğitim Kodu : CFD 101
Eğitim Adı : Introduction to ANSYS Meshing
Süre : 1 gün
Önkoşul : WB F101
Kimler Katılmalı : CFD Mühendisi, Tasarım Mühendisi

Module 01: Core Skills
Workshop 1.1 CFD: ANSYS Workbench Meshing Basics

Module 02: Meshing Methods
Workshop 2.1 CFD: Meshing Methods

Module 03: Global Mesh Controls
Workshop 3.1 CFD: Global Mesh Controls

Module 04: Local Mesh Controls
Workshop 4.1 CFD: Local Mesh Controls

Module 05: Mesh Quality and Advanced Topics
Workshops 5 CFD: Mixing Tank, Auto External Aero, 2d Combustion Chamber, Assembly Meshing, and Manifold

Eğitim Kodu : CFD 112
Eğitim Adı : Introduction to ANSYS CFX
Süre : 2 gün
Önkoşul : WB F101, CFD 101
Kimler Katılmalı : CFD Mühendisi, Turbomakine Tasarım Mühendisi

1.Gün:

Module 01: Introduction to ANSYS

Module 01: Introduction to Workbench

Module 02: Overview of the CFD Process
Workshop 1: Mixing Tee

Module 03: Domains, Boundary Conditions and Sources

Module 04: Postprocessing
Workshop 2: Garage Fire

Module 05: Solver Settings and Output File
Workshop 3: Airfoil (continued on 2. Gün)

2.Gün:

Module 06: Interfaces and Moving Zones
Workshop 4: Axial Fan Stage

Module 07: Heat Transfer
Workshop 5: Electronics Cooling

Module 08: Turbulence Modelling

Module 09: Transient Simulations
Workshop 6: Vortex Shedding

Module 10: Best Practices for CFD

Module 11: Continuation of Airfoil WS

Module 12: CEL, CCL and Additional Variables

Eğitim Kodu : ELE 101
Eğitim Adı : Introduction to ANSYS HFSS
Eğitim Yeri: İstanbul
Süre : 2 gün
Ön koşul : –
Kimler Katılmalı : Elektrik-Elektronik Mühendisleri, Haberleşme Mühendisleri

1.Gün:

Module 1: Introduction to ANSYS HFSS Solvers AddOns, Graphical User Interface (GUI), Meshing, Convergence Criteria, Model Overview
Workshop: 3D Coax Microstrip Transition

Module 02: HFSS 3D Design Setup and Post-processing Boundary Conditions, Excitations, Design Setup, Adaptive Mesh Frequency, Solver Settings, Frequency Sweep, Post-processing
Workshop: Patch Antenna
Workshop: Waveguide Antenna
Workshop: Reflector

2.Gün:

Workshop: RCS Cube
Workshop: EMI example

Module 3: HFSS for 3D Layout
Layout, Stackup, Circuit Elements, Excitations
Workshop: PCI Express Gen 3

Module 4: High Performance Computing and Optimetrics
HPC (MT), HPC (SDM), HPC (DP) HFSS-DDM (Mesh Based), HFSS-IE DDM (Matrix Based), FEM DDM with IE Regions, HFSS-Periodic Do mains (Finite Arrays), Parametric, Optimization, Sensitivity
Workshop: MicrostripBend_Optimetrics

Module X: ANSYS HFSS SBR+ Solver PTD, UTD, Creeping wave
Workshop: Reflector (SBR+ Solver)
Workshop: RCS Cube (SBR+ Solver)

Eğitim Kodu : ELE 101
Eğitim Adı : Introduction to ANSYS HFSS
Eğitim Yeri: İzmir
Süre : 2 gün
Ön koşul : –
Kimler Katılmalı : Elektrik-Elektronik Mühendisleri, Haberleşme Mühendisleri

1.Gün:

Module 1: Introduction to ANSYS HFSS Solvers AddOns, Graphical User Interface (GUI), Meshing, Convergence Criteria, Model Overview
Workshop: 3D Coax Microstrip Transition

Module 02: HFSS 3D Design Setup and Post-processing Boundary Conditions, Excitations, Design Setup, Adaptive Mesh Frequency, Solver Settings, Frequency Sweep, Post-processing
Workshop: Patch Antenna
Workshop: Waveguide Antenna
Workshop: Reflector

2.Gün:

Workshop: RCS Cube
Workshop: EMI example

Module 3: HFSS for 3D Layout
Layout, Stackup, Circuit Elements, Excitations
Workshop: PCI Express Gen 3

Module 4: High Performance Computing and Optimetrics
HPC (MT), HPC (SDM), HPC (DP) HFSS-DDM (Mesh Based), HFSS-IE DDM (Matrix Based), FEM DDM with IE Regions, HFSS-Periodic Do mains (Finite Arrays), Parametric, Optimization, Sensitivity
Workshop: MicrostripBend_Optimetrics

Module X: ANSYS HFSS SBR+ Solver PTD, UTD, Creeping wave
Workshop: Reflector (SBR+ Solver)
Workshop: RCS Cube (SBR+ Solver)