Analytical and Semi-analytical methods
For High-Energy Physics Accelerator Components
Bridging Theory and Real World with Analytical and Semi-analytical Models
Simple, not trivial!
Support your design with the power of analytical and semi-analytical methods. Ensure that your FE models are reliable. Implement code and guideline analytical assessment in your FE models.
01
Benchmark FE simulations.
General principles of physics ad mechanics never fail: use energy conservation, force and momentum equilibrium, laws of thermodynamics among others to benchmark FE simulations
02
The Power of Simplicity.
Solid mechanics theory, rigid body dynamics, theoretical mechanics and hydraulics are useful tools for your preliminary estimations! Do not neglect the power of an analytical approach at the beginning of your project!
03
Choose the simple way!
No need for complex analysis for a simple component: use the analytical calculation provided (e.g. EN 13445 for pressure vessels, EN 13155 for lifting accessories) to have a fully compliant design.
04
Guide your way!
Focus on thoroughly evaluating the best path to be followed in the design process using clear and structured and analytically sound decision-making guidelines.
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