Core services
Finite Element Analysis (FEA)
Predict product behavior through linear, nonlinear, thermal, and dynamic analyses | Estimate fatigue life and fracture propagation of product | Analyse weld fatigue, vibration fatigue, low/high cycle fatigue, and composite fatigue | Optimise designs and validate product performance before production.
Computational Fluid Dynamics (CFD)
Inspect fluid flow, air flow, free surface flows (multiphase) | Analyse thermal management and heat transfer | Turbomachinery, turbulence and combustion | Fluid-Structure Interaction (FSI) and thermal FSI | Make faster and better decisions in the product development process.
Consultancy & Certification
Provide specialised solutions to engineering problems ranging from basic to complex analyses in the areas of structural analysis and fluid dynamics, applied mechanics and heat transfer. It includes design verification/ auditing, physics calculations, R&D, innovations, and certification.
Injection Moulding & RTM
Plastic injection molding | Plastic part & injection mold designs | Injection/infusion strategy | Temperature cycle | Model geometry parameters | Resin-filling pattern for RTM | Risk of dry spots appearance or fiber washing | Resin infusion simulation | Filling time | Flow front velocity | Curing time | Pressure applied to the mold | Porosity level | Location of injection gates, vents, and vacuum ports.
Multibody Dynamics (MBD)
Virtual prototypes of mechanical systems | Rigid and flexible multibody system | Dynamics of an engine and parts | Durability of machine/system components | Large deformation of plastic materials | Vibration analysis over various terrain | Kinematics and kinetics | Loads and displacements | Affordable budget with a fraction of the time and cost required for physical testing.
Discrete Element Method (DEM)
Virtual test for equipment that handles bulk materials | Heavy equipment: truck bodies, backhoe and excavator buckets, spreaders, tillers, and harvesters | Mining and metal: conveyors, feed chutes, reclaimers, crushers, and grinding mills | Process manufacturing: powder mixers, tablet coaters, milling machines, and dryers | Investigate new designs at an affordable cost.
DIVERSE APPLICATIONS
Our Commitments
CAEbay offers latest numerical solutions for industrial applications using a broad range of computational engineering methods. It includes finite element analysis (FEA), computational fluid dynamics (CFD), discrete element method (DEM), multibody dynamics (MBD), fluid structure interaction (FSI) and optimisation. The ultimate goal of CAEbay is to provide the highest quality solution in the field for every engineering problem we encounter. This in effect enables manufacturers to reduce product development cost and time while improving safety, durability and functionality of their products.
CAEbay supports small and large projects with in-depth consultancy and discussions. Extensive project reviews are conducted in stages to ensure both sides are on the same page. Modifications therefore can be made instantly to suit new circumstances. CAEbay makes sure all projects can benefit from increasingly innovative, efficient and cost effective solutions.
"Better design, better products"
WE BRING TOGETHER THE BEST SOLUTION
Save time & money
Reduce capital expenditures and time through rigorous simulation of testing changes rather than physical prototyping.
Reduce errors
CAEbay provides detailed performance analyses with easy visualisation for error-checking, reducing risk of design mistakes.
Optimise designs
The impacts of changing parameters (geometry, material and etc.) can be accurately studied for design optimisation.
Predict product life
Product life and performance can be predicted under various conditions. Decide appropriate product life cycle in the early stages of product development.
Reduce warranty exposure
In the design process, when robustness and performance of components or assemblies are analysed, CAEbay can help establish early problem resolution.
Maximise productivity
By doing it right at the beginning, manufacturers can confidently build their products to last and enhance the overall productivity of the business.
WANT TO KNOW MORE ABOUT OUR BUSINESS?
CAE Tech Notes
Introducing a calculation method for determining the effective density and the effective viscosity of a gas mixture to improve the accuracy of pipe-flow software developed for single component gases
When a gas flows through a pipe, the pressure variation from one point to another is influenced by the density and the […]
Fluid structure interaction (FSI), an important simulation tool
Fluid structure interaction (FSI) is the interaction of static, moving, or deformable structural components with a fluid flow. FSI is one of […]
Using finite element simulations to optimise metal machining
The majority of metal-cutting operations involve the creation of chips from the workpiece. Prediction of chip form is important because chip form […]
WHAT OUR CLIENTS SAY
"I have complete confidence in Tri’s Finite Element Simulations because they are based on Tri’s deep understanding of the engineering fundamentals – unlike the work of some FEA practitioners whose simulations are really no more than computer games!" ...
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"We encountered some serious failure problems that halted our sales. Tri quickly identified the cause of the failures and invented a fail-safe substitution that allowed us to resume sales. His invention resulted in a pending patent. Tri is a CAD/CAM ace ..." ...
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