Calculations
Optimized & Industry-ready Solutions
Tolerance fit Calculations
We build a Calculator that takes a combination of User Inputs, plus Database Stored Information. From this we do calculations and provide the proposed solutions. The output is available via email and is saved to the database for future retrieval.
Calculations range from the simplest of Tolerances on a part, through complex tolerance analysis, plus on to available shrink fit temperatures.
Fluid Flow Calculations
Optimized & Industry-ready Solutions
We build a Calculator that takes a combination of User Inputs, plus Database Stored Information. From this we do calculations and provide the proposed solutions. The output is available via email and is saved to the database for future retrieval.
Calculations range from the simplest of flow in a pipe, through combined flows and into fluid dynamics in a product.
Optimized & Industry-ready Solutions
Thermal flow Calculations
We build a Calculator that takes a combination of User Inputs, plus Database Stored Information. From this we do calculations and provide the proposed solutions. The output is available via email and is saved to the database for future retrieval.
Calculations range from the simplest of Tolerances on a part, through complex tolerance analysis, plus on to available shrink fit temperatures.
Our Innovations
Calculations for most Industries and Fields
Scope of Modelling
Modelling of the various scientific processes, together with product performance, in a combined modelling to drive an optimal product solution.
Depending on requirements, this can be provided as:
- single calculations,
- multiple calculations,
- cascaded calculations
- complete integrated calculations model.
The important thing is always to optimise the solution to meet the client’s skills, constraints, resources and goals.
Product Calculations
Modelling of the Product in the way it performs, plus with the greater product environment. This is can be combined with scientific process such as thermal, fluids, statics, vibrations, dynamics, pressures, electronics, acoustics and many other scientific processes, to drive an optimal design solution.
Stress Calculations
Modelling of the interaction of the electronics with the greater product environment, including the inputs, processing and outputs. Modelling of thermal, fluids, vibrations, stress and product layout and product performance, to make combined modelling to drive an optimal design solution.
Fluids Calculations
Modelling of the interaction of the solids, liquids, gasses and combinations of the above, together with the greater product environment, including the inputs, processing and outputs. Modelling of thermal, fluids, dynamics, vibrations, stress and product layout and product performance, to make combined modelling to drive an optimal design solution.
Vibrations Calculations
Modelling of static and dynamic mechanical processes, pressures, high vacuum and product performance, in a combined modelling to drive an optimal product solution.
Embedded Calculations
Modelling of the scientific processes, plus product performance, can be embedded into component and product design packages, to optimise components and so drive an optimal product solution.
Process calculations
Modelling of the Product in the way it performs, plus with the greater product environment. This is can be combined with scientific process such as thermal, fluids, statics, vibrations, dynamics, pressures, electronics, acoustics and many other scientific processes, to drive an optimal design solution.
Electronics product calculations
Modelling of the interaction of the electronics with the greater product environment, including the inputs, processing and outputs. Modelling of thermal, fluids, vibrations, stress and product layout and product performance, to make combined modelling to drive an optimal design solution.
Thermal Calculations
Modelling of the interaction of the solids, liquids, gasses and combinations of the above, together with the greater product environment, including the inputs, processing and outputs. Modelling of thermal, fluids, vibrations, stress and product layout and product performance, to make combined modelling to drive an optimal design solution.
Cryogenic Calculations
Modelling of cryogenic processes, together with associated pressure, material properties and thermal gradients. this includes the material properties of the parts at all points in their life, to obtain good product performance, in a combined modelling to drive an optimal product solution.
Data systems Calculations
Modelling of data systems, can generate the performance criteria to optimise the data process and so drive an optimal systems solution.