Multiphysics Simulation

Multiphysics Simulation is at the core of our FEA services here at our Singapore office in BroadTech Engineering.
The Designing and engineering Development of products can be relatively straightfor­ward when it is relatively simple, contain just a few components, performs only a single function and when external operating conditions can be perfectly controlled. But as we all in the FEA consulting industry know, this is not the case in the real world environment.

Growing Complexity of Modern Products

Today’s sophisticated products that traditionally need FEA simulation are getting more complex than ever before and combines a broad range of complex parts and functionality.
This dramatically visible transformation of Products over the years is driven by the trend towards functional integration, digitization, and miniaturization.

Examples of this design revolution includes

Featured Multiphysics Simulation Case Studies

Simulation of Natural Heat Convention in Micro Gravity 

Features & Benefits of Multiphysics Simulation

1. Simulation at A System Level

Having a detailed and holistic understanding of how your engineering design performs at a system level is key to ensuring safe and reliable performance.
Multiphysics FEA software simulation modeling allows the capability to perform a seamless and integrated FEA analysis study of the interaction between the effects of real-world forces, such as Thermal heat effects, Mechanical structural integrity, Electromagnetic radiation and Fluidic forces which can all influence product performance.
This concurrent coupling of multiple physics in a Multiphysics simulation enables for a Fast & Accurate performance assessment of Engineering design at a systems level.

2. Insights into Inter-relationships Between Performance Parameters

Multiphysics simulation allows engineers to understand and weigh the trade-offs they make when they modify improvement on one particular aspect of their product’s complex performance.
Application of Multiphysics simulation during the engineering development process allows engineers to identify the trade-offs when one performance parameter is modified

3. Holistic Engineering Insights

Multiphysics simulation plays a crucial role in helping us to understand us valuable insights into how these components actually work together in a realistic operating condition.
A multiphysics simulation also helps engineering teams to mitigate the critical risk of product failure.

Multiphysics enables engineering companies devel­opment teams to achieve

1. Extreme Development Speed

Optimize the efficiency of their product development process, so as to be the first to market

2. Extreme Confidence in Product Performance

Mitigate risk of product failure so as to Lead the market in product quality and consumer Brand reputation.
Especially in today’s hyper-competitive globalized marketplace, multiphysics simulation capabilities is more necessary than ever.

Why Multiphysics Simulation?

Importance of a Holistic Multiphysics Simulation Approach

Engineering teams today can no longer be guided by even the most general theoretical assumptions about how their designs will perform or focus on the one physical force that seems most important.

Instead, they require a new simulation software toolset that takes into account a full range of physical phenomena so as to accurately replicate the physical environment in which their prototype designs will operate.
Our Engineering Simulation tools and methods must continue to evolve to keep up with the incredible complexity of today’s products.

If the Physics and Forces are examined separately in isolation, you may not get a full and Accurate prediction of product performance behavior.
A Multiphysics simulation approach can help you analyze these combined effects in any combination.
This allows you to achieve the highest fidelity simulation solution and eliminate any risk of problems in performance reliability so as to design products that are safe and effective.

Overview