|
Sphinx has a dedicated & able team of engineers working in the field of Computer-Aided Engineering. Excellent technical background, quality consciousness and working to exceed the Customer satisfaction are the core strengths of this Group. The spectrum of expertise encompasses structural design, analysis, testing, test-analysis correlation and optimization. Their experience in formulating mathematical models, correlating with test results and predicting performance of components as well as assemblies in various environments, is widely appreciated in all the sectors. Our mission is to provide the Clients with the best analysis solutions available and the highest level of support and quality achievable.
|
|
|
|
| |
 |
|
Generation of FE Mesh
|
|
We provide complete solutions in preprocessing, including high-quality mesh generation for simple to complex components to suit respective analysis/code needs.
|
 |
|
|
|
|
Static Analysis
|
 |
We help you determine stress, strain, deflection, factor of safety, margin of safety etc. by using linear/non-linear analysis techniques.
The dynamic analysis brings an in-depth understanding of the complete system dynamic behavior of a design tool before moving to the production stage. Designer’s ideas can be tested using a variety of simulated physical conditions.
|
|
| |
|
| |
|
Dynamic Analysis
|
|
Estimation of natural frequencies for simple to complex systems is done by us. We have the expertise in analyzing for various types of loads such as time varying, harmonic and impact. Also, many different design configurations can be tested and compared to each other to find the best available solutions. This enables designers to check all system characteristics and functions prior to the physical prototype stage. Using this approach will allow large reductions in development cycle times and cost, while enhancing machine performance.
|
 |
 |
|
|
|
|
Design Optimization & Redesign
|
|
Sphinx's team of experienced engineers helps you in optimizing/redesigning your existing products for cutting costs, space & weight, by their innovative solutions.
|
| |
|
|
| |
| Thermal Analysis |
|
We have extensive background in thermal analysis of mechanical systems. Theoretical as well as numerical computational procedures are used to analyze the complex steady state and transient problems involving conduction, convection and radiation. Thermal analysis is done for estimation of temperature distribution, heat flux & heat flow. Other advantages of this type of analysis include reducing manufacturing cost by optimizing weight, easily comparing the effect of different materials on a design, and quickly testing the several different axis configurations to find the best overall solution.
|
 |
 |
|
|