SEM image showing contamination on the surface of a component in an electrical switch assembly. Contamination analysis is conducted to determine the chemical make up and ID of the contaminants to identify the source.
Finite Element Analysis
FEA has become one of the most important tools for engineers in their daily design work. This tool has been one of the reasons why many companies today are able to develop new robust design in a significantly reduced time frame. In our commitment to provide a complete engineering solution, we have made Finite Element Analysis services available to our customers. With a combined expertise in metallurgy and the use of latest technology in CAD design analysis, we are confident we will make your partnership with ATRONA a successful one.
Finite Element Analysis is typically used to determine the structural integrity of a sample by evaluating local structural stresses and strains. We are also capable of evaluating the stress impact on a particular part in an assembly during static loading condition. This would allow us to hypothetically determine the fatigue life and critical stress area in an assembly or a particular part. We pride ourselves as an industry leader in this field given our in-depth understanding of the material properties and our industry knowledge in failure analysis.
The following are among the solutions that we would be able to provide:
FEA has become one of the most important tools for engineers in their daily design work. This tool has been one of the reasons why many companies today are able to develop new robust design in a significantly reduced time frame. In our commitment to provide a complete engineering solution, we have made Finite Element Analysis services available to our customers. With a combined expertise in metallurgy and the use of latest technology in CAD design analysis, we are confident we will make your partnership with ATRONA a successful one.
Finite Element Analysis is typically used to determine the structural integrity of a sample by evaluating local structural stresses and strains. We are also capable of evaluating the stress impact on a particular part in an assembly during static loading condition. This would allow us to hypothetically determine the fatigue life and critical stress area in an assembly or a particular part. We pride ourselves as an industry leader in this field given our in-depth understanding of the material properties and our industry knowledge in failure analysis.
The following are among the solutions that we would be able to provide:
- Stress Concentration Analysis
- Strain and Displacement Analysis
- Fatigue Life Analysis
- Design Improvement Recommendation
- Material/Process Change Evaluation
Our pricing for fini te element analysis is based on individual case evaluation. We are generally capable of turning around a project within a week timeframe. Please do not hesitate to contact us to evaluate and quote your project needs. We keep all materials from our customers strictly confidential.
Our broad range of capabilities and services can be tailored to service our clients need and expectation.
The following are our among the CAD platforms we support:
AutoCAD · Autodesk Inventor · Mechanical Desktop · Pro-E · Catia V4 / V5 · Solidworks ·SDRC / IDEAS · Unigraphics · CAD Overlay · CAD Tracer · Architectural Desktop ·Microstation · X-Steel ·StruCAD · DetailCAD · CAD Overlay · CAD Tracer
Our engineering solution platforms:
·Hypermesh · Algor ·Ansys · Nastran · Patran · Abacus · ICEM-CFD · MoldFlow
