Use our ELMOD Software
ELMOD - Evaluation of Layer Moduli and Overlay Design
ELMOD Software is the most advanced pavement analysis Software program on the market today. Processing data from our Dynatest equipment.
Revolutionize Your Pavement Management with ELMOD
Dynatest’s passion for pavement analysis has led to the development of ELMOD, the most advanced pavement analysis program on the market today. ELMOD is used for the structural assessment of various pavement structures.
The latest version, ELMOD 6, can drastically aid pavement engineers in designing pavements by performing complex analyses of data from falling weight deflectometer devices and specified pavement structures.
The ELMOD software calculates the structural strength based on mechanistic-empirical principles and determines the pavements’ remaining useful life, required strengthening, or required pavement overlay thickness.
ELMOD enables the users to define user-controlled transfer functions to each material and apply seasonal adjustments for variations in subgrade modulus due to environmental conditions, such as rainy seasons.
Utilizing the latest research provided by the Heavy Vehicle Simulator (HVS) and based on years of worldwide consultancy experience ELMOD is unparalleled at modeling pavement performance.
ELMOD is practical, fast, and easy to use.
We can provide training on how to use ELMOD and the new classification ACR/PCR by the International Civil Aviation Organization (ICAO).
Data analysis
The Dynatest Pavement evaluation software Elmod analyzes the pavement response from the FWD and HWD by determining the modulus, stress, and strain of each significant layer. It reports the layer of failure and residual life by utilizing the LCCA module which allows the user to select the optimum rehabilitation alternatives.
Key benefits of ELMOD
- Parameter files can be easily set up with local material, vehicle loading, and rehabilitation option
- Rapid analysis
- Can be used to determine the optimum rehabilitation alternatives
- Can consider new innovative materials, that may be better suited to local environmental conditions
- Determines the effects of overloading, allowing additional rehabilitation costs to be determined
- Utilizes mechanistic-empirical analysis techniques that work over a wide variety of pavements types, loading, and local environmental conditions
- Determines moduli, stresses, and strains for up to 5 layers
- Integrated into the ELMOD core program, FEM/LET/MET gains the advantages of Finite Element Method, Linear Elastic Theory, and Method of Equivalent Thickness Theory by seeding one value into the next, providing a very accurate analysis
- The LCCA module allows the user to compare multiple rehabilitation scenarios over a 20-25-year period. Pavement modeling is based on roughness, friction, pavement distress, as well as the structural analysis.
New ACR/PCR module for ELMOD
Since 1981, it has been mandatory to report on the bearing capacity for airports using the ACN/PCN classification prescribed by the International Civil Aviation Organization (ICAO). ICAO has now introduced a new classification ACR/ PCR which will take effect in November 2024.
ACR stands for – Aircraft Classification Rating and tells how different aircraft affect pavements.
PCR stands for – Pavement Classification Rating and shows how much weight the pavement can carry.
By using this new ACR-PCR classification, airports can improve their operations, enhance safety, and plan better pavement maintenance.
With the new Dynatest ACR/PCR module for ELMOD available in DynaHub, the new classification can be calculated alongside ACN/PCN until it is fully applicable in November 2024 following FAA AC150/5335-5D.
ELMOD for students!
If you are a student or working on your bachelor’s or master’s program, we would love to help you with your studies and future career.
We welcome students to benefit from our support and software.
If you are interested in using the ELMOD software to your project or thesis then see all your possibilities.
At Dynatest, we are continuously seeking ambitious and skilled students to join our team and move our business forward.