Structures

LDP structural simulation tools and expertise give access to powerful geometry construction and editing capabilities, extensive capabilities for building models, and a wide selection of solutions to simulate real world conditions. Information on design performance is fed back to the customers in graphical form so that it is easier to understand and communicate through the design and project process. The simulation tools used by LDP Aerospace are tightly coupled into a team engineering environment. Learn More >>>

Fluid Dynamics

LDP Aerospace offers a variety of analyses for a wide range of compressible and incompressible, laminar and turbulent fluid flow problems. LDP combines a broad range of mathematical models (such as heat transfer and chemical reactions) with the ability to model complex geometries. The range of problems that can be addressed is thus very wide. Examples of applications include laminar non-Newtonian flow modelling in process equipment, turbulent heat transfer in turbomachinery and automotive engine components, pulverized coal combustion in utility boilers, compressible jets in process equipment, external aerodynamics, and compressible reacting flows in solid rocket motors. Learn More >>>

Aeroelasticity

LDP Aerospace can handle aeroelastic problems. Four main analyses are available: one for static aeroelastic analyses, a second for modal flutter analyses by the K-, KE-, or PK-methods, a third for modal dynamic aeroelastic response analyses due to gusts or control surface deflections, and a fourth for design sensitivity and optimization including aeroelastic effects. Learn More >>>