Aviation/Mechanical Engineering
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- 140€/Stunde
- 8957 Spreitenbach
- Nähe des Wohnortes
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- 06.01.2020
Kurzvorstellung
Qualifikationen
Projekt‐ & Berufserfahrung
10/2019 – 10/2019
TätigkeitsbeschreibungLifetime assessment of aero-engine HPT Stage II rotating parts
Eingesetzte QualifikationenFlugantriebe
7/2017 – 7/2019
Tätigkeitsbeschreibung
Model-Based Engineering for Digital transformation
Multi Body Dynamics with Flexible bodies simulations
Structure simulations
Ride Quality Assessments (vibration & acoustic)
Development of acoustic assessment tools
Mentoring/Training engineers
Collaboration with software vendors on aero/vibro acoustic analysis
Transient CFD URANS (sc/Tetra & sc/Flow)
Reviewer of PoC deliverables for belt/rope modelling in Dymola and FEA on the 3DEXPERIENCE platform
Reviewer of the 3DCS PoC and the Cetol PoC tolerance analysis tools
Simulink, Python, Computer Aided Engineering, MSC (allg.)
3/2008 – 5/2017
Tätigkeitsbeschreibung
Root Cause Analyses of GT engines Probabilistic lifetime assessment
Mentoring/Coaching engineers Acoustics analysis
LCF lifetime degradation due to existence of micro porosities/microstructure
Development of methods and tools for prediction of lifetime degradation and remaining useful life
Topology optimization Collaboration with industries and universities
Development of methods and tools i.e. cyclic elastic-plastic fracture mechanics
Fortran, Python, Tool Command Language, Vbscript, Abaqus FEA, Ansys, Computer Aided Engineering
3/2003 – 2/2008
Tätigkeitsbeschreibung
TFB63 project; Project partners PG Siemens and MTU Aero Engines
FE modelling of stress development due to - phase depletion
Crack initiation and propagation in thermal barrier coating systems under TMF loading
SFB360 project, Project partners PG Siemens and MTU Aero Engines
FE modelling of stress development in the TBC due to oxidation of the BC
Stress redistribution in ceramic composite due to creep and oxidation
Crack initiation and propagation (Cohesive zone elements) under TMF loads
Fortran, Python, Abaqus FEA, Ansys, Computer Aided Engineering
8/2002 – 2/2003
TätigkeitsbeschreibungModelling of bone adaptation due to implantation of prosthesis using FEM
Eingesetzte QualifikationenFortran, Perl, Python, Tool Command Language, Abaqus FEA, Computer Aided Engineering, MSC (allg.)
2/2001 – 6/2002
Tätigkeitsbeschreibung
Modelling of bone adaptation due to implantation of prosthesis using FEM
Enhancement of the special propose FE-package based on voxel approach and Element by Element Technique
Collaboration with HPC center (Sara) in Amsterdam to improve e ciency using multiprocessor architectures
Using homogenization approached for identifying equivalent material properties based on bone microstructure
Fortran, Simulink, Python, Computer Aided Engineering
10/1998 – 1/2002
Tätigkeitsbeschreibung
Modelling of biomechanical systems such as knee, hip
Sensitivity analysis
Modelling of biomechanical systems such as brain using FE
Damage identification
Fortran, Perl, Python, Tool Command Language, Abaqus FEA, Computer Aided Engineering, MSC (allg.)
9/1998 – 3/1999
TätigkeitsbeschreibungComputer simulation of composite wing focusing on delamination stresses
Eingesetzte QualifikationenComputer Aided Engineering, MSC (allg.)
10/1997 – 1/1998
TätigkeitsbeschreibungImplementation of semianalytical sensitivity analysis based on HKS/Abaqus FE-package (Programming User Element)
Eingesetzte QualifikationenFortran, Abaqus FEA
10/1996 – 1/1997
TätigkeitsbeschreibungInvestigation of buckling and post buckling mode of strake of the aircraft I-22 Iryda
Eingesetzte QualifikationenComputer Aided Engineering, MSC (allg.)
Ausbildung
Aachen
Warschau
Über mich
During my time by ALSTOM/GE, I was invalided in blade cooling channels optimization project, which has had focus on workflow definition. The project was executed in collaboration with software vendors i.e. Altair and ANSYS. I run CHT simulation using Acusolve Altair software. I used topology optimization (Optistruct) to define machining locations for turbine blades after casting (NCR - non-conformance report). Beside that,
I have collaborated with GEONX SA on weld buildup simulation (melting, heat treatment, residual stresses). My last project by GE was related to evaluation of remaining lifetime for entire ALSTOM Gas turbine fleet with more than 40 years in operation. I have applied probabilistic lifetime assessment methodology with Monte Carlo simulations to calculate crack initiation and crack propagation. I have calculated failure rate for lifetime limited components and evaluated remaining lifetime.
Weitere Kenntnisse
Mechanical Integrity - Modeling & Analysis . Over 22 years professional experience on complex Fnite element calculations including Multi Body Analysis, CFD, Acoustic & Vibration Analysis, and data mining
Bio-Engineering Project Leader/Manager
Root cause Analysis Gas Turbine/ aero-engine
Numerical simulations
Bone remodeling simulations Soft tissue modelling
FEA and TMF simulations Fatigue and damage tolerance
Model-Based Engineering Process automation
Persönliche Daten
- Englisch (Fließend)
- Polnisch (Muttersprache)
- Deutsch (Gut)
- Russisch (Grundkenntnisse)
- Schweiz
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