A380 Off-Wing Slide Packboard Validation
Aerospace
Project details
Validation of the advanced composite structure containing the emergency slide off the wing for modern transport aircraft to ensure reliable emergency deployment.

Professional engineering for highly non-linear structural, thermal, and fluid dynamics problems
CRM Engineering Services provides specialized professional engineering services, with deep expertise in structural analysis, thermal analysis, finite element analysis, and computational fluid dynamics. Established in 1994, the practice tackles highly non-linear engineering challenges, utilizing advanced modeling to resolve complex stress, thermal, and fluid-structure interaction problems across the aerospace, space, and oil and gas sectors.
Professional Engineer
Simulating physical behavior under complex conditions using advanced numerical methods, focusing heavily on highly non-linear problems.
Predicting fluid flow characteristics to solve complex design challenges involving moving fluids and thermal effects.
Evaluating heat transfer mechanisms and thermally loaded structures to ensure integrity under severe thermal conditions.
Designing, inspecting, and validating commercial and industrial structures to meet stringent regulatory and performance standards.
Creating custom code and automated analysis methodologies to enhance workflow efficiency and solve unique engineering calculations.
Aerospace · Space · Oil & Gas
Aerospace
Validation of the advanced composite structure containing the emergency slide off the wing for modern transport aircraft to ensure reliable emergency deployment.
Space
Structural analysis and design of support systems for airborne and spaceborne electronic modules to withstand severe shock and vibration environments.
Aerospace
Evaluation of airborne structures subjected to random vibration from attach points, inertial loads, and acoustic pressure environments.
Aerospace
Parametric study of countersunk holes for socket head cap screws in laminated composite plates to evaluate stress concentration factors and prevent crack propagation using XFEM.