Postdoc: Microstructure‑Driven Fracture Modelling

KTH Royal Institute of Technology; Stockholms kommun; On-site; SEK 289,575 - 434,362; Full time

Job summary

KTH Royal Institute of Technology invites applications for a Postdoc position in microstructure-informed modelling of fracture mechanics. The role requires developing test geometries and conducting complex mechanical testing combined with advanced X-ray computed tomography.

The candidate will analyze data to improve damage mechanics models applicable to material failure. A doctoral degree is essential, and the position promotes equality and diversity, aligning with KTH's core values.

Qualifications

• A doctoral degree or equivalent foreign degree (must be obtained before the employment decision).
• Strong scientific skills and pedagogical ability, including a relevant doctoral thesis and international experience.
• Excellent proficiency in English (required for daily work).

Responsibilities

• Develop and refine test geometries for void nucleation studies.
• Conduct mechanical testing and combine it with advanced CT imaging in interrupted and in‑situ configurations.
• Analyze experimental data to inform improved continuum damage mechanics models.
• Integrate developed models into finite‑element simulations of material failure.

Skills

Strong scientific skills

Pedagogical ability

Analytic skills

Team-oriented

Education

Doctoral degree or equivalent foreign degree

Tools

X-ray computed tomography

Finite element simulations

Job description

KTH Royal Institute of Technology invites applications for a Postdoc position in microstructure-informed modelling of fracture mechanics. The role requires developing test geometries and conducting complex mechanical testing combined with advanced X-ray computed tomography.

The candidate will analyze data to improve damage mechanics models applicable to material failure. A doctoral degree is essential, and the position promotes equality and diversity, aligning with KTH's core values.