
Abaqus Model of Telescoping Wing (Top Right), FEA Results (Bottom Right), 3D Printed Model of Telescoping Wing from FEA (Left)
Multifunctional Material and Aerospace Structures Optimization Lab
Research website for the Hartl research team at Texas A&M

Abaqus Model of Telescoping Wing (Top Right), FEA Results (Bottom Right), 3D Printed Model of Telescoping Wing from FEA (Left)

Additive Manufacturing Analysis in Abaqus

3D human thermal model of the thigh and lower leg (left and center) and finite element model of a parameterized LCVG (right)

Venn diagram describing multiphysical connections between fluid, structure, and erosion (material loss) mechanisms. Variables presented are surface shape, 1D rate of material loss normal to surface, stress, strain, pressure, velocity, and wall shear stress applied by the fluid.
[Read more…] about Experimental Framework Toward 2D Multiphysical Model

Morphing radiator thermal images used to demonstrate temperature-dependent phase changes that offers the radiator the ability to passively control heat rejection.

Flow chart illustrating the connection between AC circuit programming analysis for multifunctional topologies with liquid metal ink applied onto designed geometry for mechanical testing.
[Read more…] about Optimal Flexible Circuits Using Graph-Based L-system Network Optimization

Morphing UAVs allows for improved performance over changing range of environments and objectives.
[Read more…] about Rapid Mission-Driven Adaptive Aerostructures Design and Optimization

Before and after the application of the conformal surface.
[Read more…] about Conformal Surface for a Morphing Supersonic Aircraft

Local blade incoming velocity in forward flight.