Electronic components like integrated circuits, transistors, diodes, resistors and capacitors, among many are designed and built to withstand particular amounts or levels of heat. Take note that when used in an electronic system such as an actual consumer electronic device, most of these electronic components generate heat. An example of this is that diodes are used in display technologies and integrated circuits in a central processing unit of a computer or mobile device. However, different internal and external situations can result in overheating that can potentially damage an electronic component over time.

Overheating is a result of direct and indirect and internal and external influences. This means that there are different causes or factors at play why an electronic component becomes subjected to excessive levels of heat. Damage to an electronic component is the direct effect of overheating. This is especially true if the component is unable to withstand the excessive levels of heat. Note that most, if not all, of failures in electrical and electronic components, are commonly associated with overheating and subsequent burning. Electronics cooling simulation models possess a high volume of objects depending on the PCB complexity and geometry with a detailed enclosure and fidelity to provide the advantage of accuracy.

At Fluidmech we perform the thermal simulation using Flowthers and quantify the temperature distribution, before the assembly is manufactured, we qualify in predicting the temperature hot spots. We advise the customer different ways how we can bring down the temperature. There are different way to reduce the overall temperature, Heat sink optimization, fan adoption, putting the proper ventilation, making a way for the hot air to go out of the system without hot air being recirculated. We provide the quickest approach with efficient accuracy in results to investigate concepts during early analysis stages. Over the last 9 years Fluidmech is supporting customers resolve the heating issues.

Fluidmech’s partnership with Siemens furthers its plan to decarbonisation of the industry and it requires cooperation to change the systems and status quo. Fluidmech uses the robust software STAR CCM+ from SIEMENS. This aids the user carryout the design optimization, quick turnaround time and efficient design. STARCCM+ is the best known software in the industry because it is userfriendly. And easy to learn and robust meshing technology. It is the best choice for a feat that increases efficiency, low cost of entry and approachable interface. Siemens has Fluidmech as its authorized partner, NX and Solid edge that tackles 3D modelling in Fluidmech in a number of different ways like digital sculpting, mesh-based modelling, effective and has an all-rounder usage of analog computing and parametric modelling. It is hard to convey just what sets Fluidmech apart.