The key goal of Engineering Analysis is to improve a product's performance.
Most of the time the product means an assembly of various components and analysis to us means understanding the combined effect of these components in the assembly under external force/displacement condition!! (Multi– body!). HINODE Technologies is fully capable of providing services in all types of Multi Body Dynamic Simulation situations for example, Mechanical system coupled with hydraulic system, Mechanical system coupled with control etc .Further we also provide Stress Analysis (static, dynamic, and vibration analysis), and Computational Fluid Dynamics (CFD) including solutions to 3-D static and dynamic strength problems, fracture mechanics, heat and mass transfer problems, mesh generation, and graphic representations of results.
HINODE TECHNOLOGIES Engineers routinely use standard commercial and create in-house, customised codes such as ADAMS, MOTIONVIEW, ANSYS, HYPERMES, LS-DYNA etc.

Typical challenges facing our clients

  Understanding the complex mechanism.
  The effect of various external excitation (force displacement, acceleration etc) on mechanism both       in the time / frequency domain.
 Extracting boundary conditions / Loading for the Stress and vibration analysis at the component      level.
 Validating the VIRTUAL MODEL with the TEST DATA.
  Design Studies
 Optimization

Our solution

Our Solution is to Provide Expertise in the Following:-

Finite Element Analysis
Mechanism Analysis, Dynamic Analysis, Virtual Prototyping
Design Optimization
Noise and Vibration Analysis
Durability and Fatigue Analysis
Crash Analysis

Advantages of partnering with HINODE Technologies

  HINODE capabilities provide our clients with a unique opportunity to:

Reduce the Cost of a New Product Launch

Reducing the number of prototype mock-ups delivers real cost and time savings for most design      cycles and
Reducing the time and expense of testing and validating prototypes. By decreasing testing and      prototyping time, a new product can be brought into production quicker.

Reduce the Cost of a Product

 Reducing the number of components in a system by assessing opportunities to combine parts and      optimize linkages; and
  Analyzing designs can result in lighter parts and utilization of less expensive materials.

Produce a Superior Product

  Reducing the weight or increasing the durability of a product: and
 Decreasing failures reduces warranty claims, causing greater customer satisfaction and possibly      lower maintenance costs.