Company:
Celanese
Location: Wilmington
Closing Date: 16/10/2024
Salary: £150 - £200 Per Annum
Hours: Full Time
Type: Permanent
Job Requirements / Description
LOCATION - Wilmington, DE or Auburn Hills, MI - Hybrid
The CAE group consists of engineers who apply state-of-the-art computer modeling techniques utilizing world-class mechanical testing to support customer applications with predictive material models and design guidance.
- Simulation - perform stress analysis on structural parts and develop understanding of processing simulation techniques and application of advanced material models for customer simulation support
- Advanced material modeling - calibrate and validate isotropic and anisotropic
- material models on a variety of materials for static and complex loading scenarios such as thermo-mechanical, impact, vibration, creep, and fatigue
- Integration with lab - develop an understanding of sample workflow and lab measurements from pellet to test data
- Data processing - clean and convert raw data for material model calibration and validation
- Translate results - effective communication across cross-functional teams or customers
Qualifications:
Required Knowledge/Skills/Abilities:
- Bachelors degree in mechanical engineering, material science, or related field required. Masters degree or PH.D preferred
- 0-5 years working experience in noted required knowledge
- Mechanical Simulation
- Experience in structural analysis using commercial FEA tools such as Abaqus, LS-Dyna, Ansys, or HyperWorks preferred
- Familiarity with multi-scale modeling software such as Digimat preferred
- Familiarity with polymer processing effects on component behavior
- Material Modeling
- Fundamental understanding of failure of fiber reinforced composites under following scenarios:
- time- and temperature-dependence (creep, relaxation, strain-rate)
- cycling loading (fatigue
- thermal cycling (expansion and shrinkage)
- heat transfer (conduction)
- Strong background in MS Excel and familiarity with Matlab a plus
- Exposure to principles of designing with plastics, basic understanding of injection molding and machine learning experience are a plus
- Fundamental understanding of failure of fiber reinforced composites under following scenarios:
- Communication
- Demonstrated ability to coordinate projects with cross-functional teams
- Demonstrated written and oral communications skills, including facility with MS Word and PowerPoint
- Demonstrated interpersonal and people development skills
- Demonstrated ability to work as a team member in a respectful manner in a diverse work environment
- Demonstrated ability to work in an orderly and timely manner
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