"In today’s turbulent economy and brutal global markets, manufacturing companies need to come up with new and better designs to maintain their competitive edge. Products must stand apart from others, breaking new ground in performance, size, shape, capacity, durability, value or other attributes that compel consumers to select one product over another from a store shelf. It's not only the quality and performance of the product but also the time when the product is launched matters for its success. Automotive industry analysts note that Chrysler, for example, came out with the first minivan in 1983 and has never lost its market lead since introducing this innovative vehicle class."

"In today’s competitive manufacturing markets, companies that want to stay in business absolutely must know their customers, develop ideas through sound engineering fundamentals, and rely on computer-based tools such as simulation technology to evaluate and refine designs as quickly and accurately as possible. Simulation-based design optimization can be used in automating routine, repetitive tasks in evaluating the influence of many different variables, leaving the engineer more time and energy to devote to the original, creative, and innovative ideas"

Some of the many ways the engineering analysis can help organization include:

• Validating your design concepts and/or manufacturing processes

• Reducing the need for modifications or redesign late in the manufacturing process

• Eliminate the massive costs associated with modifications or redesign

• Confirm failure models and determine whether a redesign is necessary

• Eliminate the need for costly prototypes and destructive testing

• Save design time and money, allowing you to get your product to market faster

• Ensure the effectiveness of the design while accomplishing all of the above

Over the last few decades, CFD has become a frontline tool for virtual simulation. Be it the conceptual design of product or just a performance prediction, CFD not only gives the qualitative data but very exact quantitative values. CFD tools and techniques are extensively validated with experimental and analytical results allowing manufactures to reduce the experimental cost and efforts.

We at CCTech always try to get the best CFD results which are close to reality. Let it be using commercial tools, writing specific UDFs or writing codes for specialized application, we have end-to-end solution services in the domain of virtual simulations. Every CFD software available in market has established standards in specific segments. We have access to almost all frontline CFD softwares in the market which makes us standout from our competitors.

We at CCTech constantly try to validate different CFD softwares for various applications. There is no universal CFD software which can solve all type of CFD problems with highest degree of accuracy; hence we choose the appropriate CFD tool for different CFD applications. We follow the following methodology for any general CFD consultancy project

• CAD Modeling :SolidWorks, CATIA, UG, ProE

• CAD Cleanup and Repair : ANSA , ICEM-CFD

• Meshing : GAMBIT, ICEM-CFD, TGrid, Hypermesh

• Solvers : ANSYS FLUENT, ANSYS CFX, StarCD, StarCCM+

• Multiphysics : COMSOL

• Multiblock Hexa and tet/prism meshing

• Moving and deforming mesh

• Turbulence Modeling

• Multiphase Modeling

• Combustion Modeling

• Reaction Modeling

• Solidification and melting

• Conjugate heat transfer

• Acoustics and flow induced vibration

• Pressure wave acoustics and pulsation

To know our expertise >> Click Here

To review our case studies on the type of CFD projects we have handled >> Click Here