Systems Engineering
Systems engineering integrates multiple disciplines into a team
effort forming a structured development process that proceeds from
concept to operation. Systems engineering considers both the business
and the technical needs of all customers with the goal of providing
a quality product that meets the user needs.
A systems approach is a way of life at MechAssociates. A multi-faceted,
multi-discipline approach is essential to the successful design,
implementation, and troubleshooting of complex engineered systems.
Although systems engineering incorporates a broad range of functions,
our mechanical engineering consultants specialize in characterizing the dynamics of complex
systems through modeling, analysis, and testing. MechAssociates
operates at all levels of system hierarchy to accurately and efficiently
characterize overall system behavior.
Complimentary Project Assessment
Take advantage of a free project assessment to determine if
MechAssociates can solve your engineering problem.
From structural and fluid mechanics to systems engineering and
optimization of your product development process we can provide
reliable solutions. Complete our online
information form, and a project engineer will contact you
to discuss your needs directly.
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- Component level analysis through analytical, numerical, and
physical modeling/experimentation for determining system inputs
and parameters
- Numerical analysis to determine overall system characteristics
- Digital simulation to design and optimize systems and controllers
- Virtual prototyping for a better understanding of system performance
- Laboratory and in-plant testing for accurate dynamic characterization
and validation
- Data acquisition and field measurements for reliable information
These services can be used in a variety of industries to solve
problems and assist in the design of functional, reliable, and responsive
systems. Here are just a few examples of applications where these
services can provide the solution to design, implementation, and
troubleshooting of complex engineered systems.
Petrochemical/Oil & Gas/Power Generation….
- Acoustic simulation, digital pulsation analysis of piping systems
- Reciprocating equipment modeling, simulation, and system design
- Engine, compressor and skid vibration analysis and prevention
- Flow-induced vibration analysis and prevention
- Process simulation, optimization, and troubleshooting
- System performance modeling, analysis, evaluation and improvement
- Predictive maintenance in rotating/reciprocating equipment
- Machinery fault diagnosis and correction
Machinery/Heavy Equipment….
- Modeling and analysis of linear and nonlinear systems
- Modeling, analysis, and design of hydraulic, pneumatic, electrical,
mechanical systems
- Kinematic analysis and virtual prototyping of mechanical systems
- Linear and nonlinear controller design
- Predictive/adaptive controller design
- Real-time/embedded applications
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