IMPROVE AND SPEED UP YOUR VIRTUAL DESIGN PROCESS WITH MATERIAL CARDS FROM ENODO
Accurate and robust material cards that save both time and money
IMPROVE AND SPEED UP YOUR VIRTUAL DESIGN PROCESS WITH MATERIAL CARDS FROM ENODO
Accurate and robust material cards that save both time and money
FINITE ELEMENT
(FE) SIMULATIONS FOR
- Prototype design
- Detailed product design
- Product optimization
MODULE BASED TESTING
Based on your criteria, Enodo will help you choose a suitable material model to analyze and design your product. Our partnership with NTNU enables us to offer cost and time effective experimental campaigns in accordance with client needs. We use state-of-the-art digital image correlation (DIC) software to postprocess our experiments.
CALIBRATION
Building on 20 years of research at the Structural Impact Laboratory at NTNU, Enodo has established effective and robust calibration methods for both simple and complex material models.
SIMULATION
Enodo assists with finite element simulations. Our experts have extensive experience with advanced finite element software like LS-DYNA, Abaqus, and IMPETUS Afea Solver.
VALIDATION
Enodo provides validation experiments and corresponding simulations using the calibrated material cards. The validation experiments are designed accounting for the intended use of the material card.
We deliver calibrated, verified, and validated material cards tailor-made for your needs.
We offer practical solutions for engineering and design challenges, and finite element modeling issues.
Contact us today for a quote
FINITE ELEMENT
(FE) SIMULATIONS FOR
- Prototype design
- Detailed product design
- Product optimization
MODULE BASED TESTING
Based on your criteria, Enodo will help you choose a suitable material model to analyze and design your product. Our partnership with NTNU enables us to offer cost and time effective experimental campaigns in accordance with client needs. We use state-of-the-art digital image correlation (DIC) software to postprocess our experiments.
CALIBRATION
Building on 20 years of research at the Structural Impact Laboratory at NTNU, Enodo has established effective and robust calibration methods for both simple and complex material models.
SIMULATION
Enodo assists with finite element simulations. Our experts have extensive experience with advanced finite element software like LS-DYNA, Abaqus, and IMPETUS Afea Solver.
VALIDATION
Enodo provides validation experiments and corresponding simulations using the calibrated material cards. The validation experiments are designed accounting for the intended use of the material card.
We deliver calibrated, verified, and validated material cards tailor-made for your needs.
We offer practical solutions for engineering and design challenges, and finite element modeling issues.
Contact us today for quote
CUTTING-EDGE MATERIAL MODELING
AND FINITE ELEMENT SIMULATIONS
We specialize in simulations of deformation, failure, and fracture in aluminium and steel. Through years of industry collaboration we have learned the importance of accurate simulations in all phases of the design process. Our principal focus is to supply increasingly precise material models.
Our extensive knowledge of materials comes from decades of research at the Structural Impact Laboratory (SIMLab) at the Norwegian University of Science and Technology (NTNU): one of the world’s leading research environments in this field.
CUTTING-EDGE MATERIAL MODELING
AND FINITE ELEMENT SIMULATIONS
We specialize in simulations of deformation, failure, and fracture in aluminium and steel. Through years of industry collaboration we have learned the importance of accurate simulations in all phases of the design process. Our principal focus is to supply increasingly precise material models.
Our extensive knowledge of materials comes from decades of research at the Structural Impact Laboratory (SIMLab) at the Norwegian University of Science and Technology (NTNU): one of the world’s leading research environments in this field.
Clients
Clients
OUR TEAM
Has extensive experience in..
..constitutive and fracture modeling, subroutine programming, optical data collection methods (DIC), and finite element (FE) simulations, as well as testing, parameter identification, and simulation and modeling of aluminum, steel and polymers.
Has in-depth knowledge of..
..LS-DYNA, LS-OPT, Abaqus, and IMPETUS Afea Solver, along with scientific programing expertise using Python, Fortran, Matlab, Jscript, and VBA
Have produced several peer reviewed journal articles covering a wide array of topics:
Behavior, design and modeling of steel and aluminum components; impact mechanics; ballistics; protective structures; and temperature dependent modeling of polymers.
Email: jens@enodo.no
Phone: +47 930 45 837
Email: joakim@enodo.no
Phone: +47 97 10 10 95
Email: henrik@enodo.no
Phone: +47 480 61 475
OUR TEAM
Has extensive experience in..
..constitutive and fracture modeling, subroutine programming, optical data collection methods (DIC), and finite element (FE) simulations, as well as testing, parameter identification, and simulation and modeling of aluminum, steel and polymers.
Has in-depth knowledge of..
..LS-DYNA, LS-OPT, Abaqus, and IMPETUS Afea Solver, along with scientific programing expertise using Python, Fortran, Matlab, Jscript, and VBA.
Have produced several peer reviewed journal articles covering a wide array of topics:
Behavior, design and modeling of steel and aluminum components; impact mechanics; ballistics; and temperature dependent modeling of polymers.
Email: jens@enodo.no
Phone: +47 930 45 837
Email: joakim@enodo.no
Phone: +47 97 10 10 95
Email: henrik@enodo.no
Phone: +47 480 61 475
