Pavement Analysis And Design Direct

| | Outputs | |------------|--------------| | AASHTO 1993 | SN required, layer thickness, reliability factor | | MEPDG/AASHTOWare | IRI, rutting, fatigue cracking (bottom-up/top-down), thermal cracking | | Finite Element (2D/3D axisymmetric) | Stress/strain at any point, critical tensile strain at fiberglass/mesh, joint load transfer efficiency | | Layered Elastic (JULEA, KENLAYER) | Vertical/horizontal stress, strain, deflection at layer interfaces |

Pavement analysis and design is a branch of civil engineering focused on determining the structural composition of roadways, airports, and industrial yards. The primary goal is to create a structure that can withstand predicted traffic loads and environmental conditions over a specified design period without experiencing structural failure or excessive deterioration. pavement analysis and design

Rigid pavements (typically Portland Cement Concrete) rely on the high flexural strength of the concrete slab to carry the load. The slab acts as a beam, bridging minor weak spots in the subgrade. | | Outputs | |------------|--------------| | AASHTO 1993

Calculating how the pavement reacts to a tire footprint. The slab acts as a beam, bridging minor

Caused by extreme low temperatures or rapid cooling.

| | Pavement Intelligence Studio | AASHTOWare | KenPave | |-------------|--------------------------------|----------------|--------------| | Built-in optimization | Yes (genetic algorithm) | No | No | | Free climate data API | Yes | Limited | No | | Monte Carlo sensitivity | Yes | Paid add-on | No | | 3D interactive cross-section | Yes | No | Basic 2D | | Recycled material library | Yes | No | No |