Analysis Services

Are you interested in gaining insights into the performance of your design or reducing the risk of an expensive prototype failing or gaining an edge over your competition with an optimized design? If so, then our engineering analysis services can help!

Implementing our engineering analysis services into your project dramatically reduces your risk by pin pointing potential failure points and implementing analysis driven solutions before needing to invest in an expensive prototype. In today’s competitive market, it’s also not enough to just have your product pass performance requirements, you have to do so while beating your competition. Our analysis services can also optimize your design for performance and cost to give you an edge over your competition.

Why Use Engineering Analysis Services

Optimize your design for cost & performance.
Discover why a failure occurred and implement design solutions.
Prevent stress concentrations from causing a failure.
Implement an analysis driven design process instead of using a guess test and revise method.
Pass stringent design requirements and qualification testing faster with fewer iterations.

Analysis Services

We provide the services our clients need. If a service is needed for your project that is not listed let us know and we will work to meet your needs.

Click a link below for more details about the following Analysis services:

CAE Services | Computer Aided Engineering

Computer Aided Engineering (CAE) services can take the guess work out of your design through the use of computer modeling. ASR’s Analysis Engineers are CAE experts using Finite Element Analysis (FEA) and Computation Fluid Dynamics (CFD) to analytically drive design decisions.

Finite Element Analysis (FEA)

ASR’s engineers use Finite Element Analysis (FEA) as a tool to predict the structural and thermal performance of your product or solution. These predictions can be used for a wide range of applications.

Computational Fluid Dynamics (CFD)

With the use of CFD, we can analyze fluid behavior in aerodynamics, heat transfer, hydrodynamics, icing, micro-fluidics and more. CFD provides a powerful mathematical model to generate computer simulations of fluid flow without the need for expensive physical testing.

Structural Analysis

Structural analysis encompasses all aspects of ensuring a component meets its mechanical durability requirements. The analysis types that may be required include:

Dynamic & Vibration Analysis

Products and structures including rockets, satellites, smartphones, high rise buildings, helicopters, turbines and more need to be designed and analyzed for dynamic and vibration loading. Our dynamic and vibration analysis capabilities include:

Fatigue & Fracture Toughness: Durability Analyses

In order to prevent customer disappointment from a lack of durability, it is critical to have an understanding of a products fatigue and fracture toughness life. Durability can be simplified to be the ability of a product to be used many times.

Thermal Analysis

Whether you’re looking to develop a combustion engine, heater, electric motor, steam turbine, spacecraft, rocket engine, electric system, or manufacturing equipment, thermal properties play a critical role in the success of your project. We apply Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA) to analyze thermal properties for thermal management design validation and optimization.

Composite Analysis

Composite analysis can significantly improve the efficiency of your design by allowing for optimization and can find and fix failure points prior to investment in expensive prototypes.

Multiphysics Analysis

Many products and designs need the combination of Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) in order to provide accurate models. We use multiphysics analysis to simulate multiple physical phenomena to provide accurate models.

Engineering Standards & Codes

Whatever engineering standard your product has, we will ensure compliance using our design and analysis expertise.

Optomechanical

Opto mechanical systems are commonly used by many industries including space, defense, communications, and others. We have experience in the design and analysis of opto mechanical systems to ensure that they are robust enough to remain operational after deployment and through the lifespan of the instrument.

Drop Test Analysis

Drop Tests are an instrumental part in qualifying many of today’s products ranging from every-day consumer products to commercial and military-grade aerospace components.

Microfluidics

Microfluidics is a rapidly emerging industry with a strong potential to disrupt multiple industries. We use Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) to model microfluidic devices for a wide range of properties in order to discover and fix design issues and deliver design validation and optimization.

Qualification Testing Analysis

In aerospace and mechanical engineering, many products need to pass qualification testing prior to reaching the market. Many times products that go through testing don’t pass much to the surprise of the developers. We can analyze designs for certification requirements and implement design revisions to better ensure that your product will pass on its first attempt.

Icing Analysis

To get an aircraft to pass FAA approval for flying in icing conditions it requires rigorous analysis and testing. Defense and private aircraft which may also encounter icing conditions need to be designed and analyzed in order to keep passengers safe. We use icing analysis software to guide the design and implementation of ice protection equipment.