Thermal Mechanical Analyst/Engineer – IFE Target Survival

Inertia•Livermore, CA

23h•$125,000 - $225,000

About The Position

We are seeking a Thermal Mechanical Analyst/Engineer to lead the analysis and tests of inertial fusion energy (IFE) target survival. The cryogenic targets will need to survive high speed launch into the high temperature, gas-filled power plant chamber. Determination of target material property performance metrics to allow target survival, and tests of materials to meet these metrics are a key role for the power plant.

Requirements

PhD or MS, or experience equivalent, in Engineering, Applied Physics, Physics, or related field.
Demonstrated ability to model transient multi-physics phenomena including conduction, convection, thermal radiation, and impulse.
Experience with FEA and DSMC codes.
Strong analytical data/measurement skills.

Nice To Haves

Experience with continuum, transition, and molecular flow heat transport modeling.
Experience with phase change thermal and transport modeling.
Experience with fusion, and cryogenic systems.
Experience modeling deuterium tritium (DT) or other self-heating materials.
Experience modeling systems of extreme geometric proportions.

Responsibilities

Develop and conduct thermal and mechanical analyses of the target launch (injection) into the power plant chamber, providing metrics for IFE target materials for survival of the target.
Develop tests of target materials to demonstrate the material’s required performance.
Develop tests to validate thermal mechanical analysis models.
Assess test data.
Assist with other power plant thermal mechanical design projects including systems for filling and layering of cryogenic targets, blanket design, and thermal management of laser amplifiers and final optics.