Our Solutions
Engineering Services (ES)
Our engineers can also assist your company with testing, consulting, mechanical design, CAD modeling, finite element analysis, and engineering optimization among other engineering services. ARES’s main areas of competence are Structural Dynamics & Control, Robust Design, Software Development for Engineering Applications, Simulation, and Modeling & Analysis. Irrespective of the nature of the project, our final objective is always the same, to provide our customers with high-quality professional engineering services at very competitive rates.
Robust Design
The design of structures and machinery usually means multi-variable problems, where the variable involved can be rarely considered deterministic in nature. Engineers have dealt with these uncertainties, normally present in the form of material properties, dimensions, loads, etc., through the use of safety factors. More modern techniques allow obtaining optimized designs, capable to meet all the technical requirements while explicitly taking into account the variability of the design parameters while fulfilling any prescribed objective required for the structure. It is possible then, to obtain a design which minimizes a certain property, as for example, weight, cost, volume, etc. or maximizes a certain quantity, as for example, amount of heat transferred or fatigue life. Using 6-Sigma Techniques we will help you to achieve a robust design at a very competitive cost.
- Meta-modeling.
- Design of Experiments.
- Design Optimization.
- Reliability-based Design.
Virtual Simulation, Modeling & Analysis
Computer simulations allow exploring different aspects of a system in detail, subjecting it to a variety of working conditions and environments. This permits to gain rapid insight into the characteristics of the system without having to resort to extensive experimentation. Moreover, modern advanced simulation techniques allow combining different types of analysis and simulate the effect of combined loadings, which otherwise require complex experimental setups, many times being prohibitively expensive or technically not feasible. We can help you to explore the behavior of your designs and achieve a better product through advanced virtual simulations.
- Geometric Modeling.
- Finite Element Analysis.
- Dynamic Analysis.
- Kinematic Analysis.
- Tolerance Analysis.
- Reverse Engineering.
Research and Development (R&D)
ARES understands the benefits that applied research and innovative solutions can bring to an organization. Our vision is to bridge the gap between academia and industry by developing and implementing novel solutions to industry’s problems through applied research, which is normally undertaken by academic institutions or large research centers. Our engineering team is composed of a group of highly qualified engineers with strong academic backgrounds and practical experience from many years of working in industrial environments. They will work with your organization in order to complete any research and development project you are considering, delivering advanced solutions within the timeframe required by companies competing in global markets.
Software Development for Engineering Analysis
Customized software allows addressing specific needs, providing efficient solutions at a fraction of the cost of other general-purpose software packages designed to solve a variety of problems which might not be the core of your interest. If you need specially designed algorithms for technical or scientific applications, or wish to code proprietary technical procedures, then we can assist you in taking that next big step.
- Software development for mechanical/structural component design.
- Customization of commercial CAE software.
- Software development for control systems.
- Design of Algorithms.
Structure Dynamics & Control
Most machine components and structures are subjected to vibrations as a result of either normal operation or external sources. In order to safeguard a system from irreversible damage, it is imperative to control the levels of vibration it experiences at any time. Vibration characteristics can be studied through analytical, numerical and experimental testing and used to devise measures that mitigate the effects of vibration on machines and structures. By applying the latest techniques, our engineers can help you diagnose, understand, and solve your vibrations related problems.
- Vibration Analysis & Diagnostics.
- Vibration Isolation & Control.
- Rotor-Dynamics.
- High cycle and Low cycle Fatigue Analysis.
- Fracture Mechanics.
Contact Form
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