CFD Flow Analysis

Computational Fluid Dynamic Flow Analysis

CFD flow analysis or (Computational fluid dynamics Flow analysis) is an engineering simulation techniques that have been used extensively by BroadTech Engineering since the beginning to solve a broad variety of Fluid flow engineering challenges which encompasses liquid flow, thermal heat transfer, and chemical reaction. Our specialized strength as a CFD company is in the development and application of numerical simulation methods for CFD Flow analysis in our CFD consulting services. Using the most current CFD flow modeling methods, we are able to provide detailed engineering analysis of complex fluid flow behaviors in our CFD consulting. This includes CFD flow analysis into the detailed fluid flow characteristic patterns, such as flow velocity, pressure, turbulence, thermal temperature, and species concentration for internal or external flows.

Featured Case Studies

CFD Analysis of Solar Chimney

An energy efficient solar chimney was developed to work as ventilation engine for residential building. Its design was optimized to maximize solar energy collection and air-suction power during building´s working timetable.
It was placed on the roof of the building and thanks to its 4-sided design it also maximizes the solar energy captured in low radiation periods (such as dusk o dawn).

CFD Flow Simulation Analysis of Flow Behind A Bluff Body

Objective: The goal of the CFD flow analysis project was to identify the vortex instability that occurs behind the bluff body. It was a simplified version of C130 aircraft.
Methodology: StarCCM+, MATLAB
Outcome: Three unstable modes were identified. A flow control methodology (Vortex generator and Jet) were applied to check if the modes can be suppressed.

CFD Flow Modeling

In addition, we have the technical expertise and CFD analysis software capabilities to create CFD model and simulation of various fluid dynamics flow scenarios as part of our CFD services that we offer, such as

CFD Software

At BroadTech Engineering, we use a wide array of CFD simulation software tools to solve challenging engineering problems in the most cost-effective and efficient way. Our suite of CFD simulation capabilities include several

Features & Benefits of CFD Flow Analysis

CFD flow analysis enables development engineers to explore and accurately validate more product ideas during the early engineering development phase.
Many complex interplays of different factors are involved in the play in determining the fluid flow performance of each actual application design.
Leveraging on the power of Computational Fluid Dynamics (CFD) and Fluid dynamics simulation gives engineering companies the capability to accurately model and simulate the performance of the products under a wide variety of operating conditions in a virtual environment.
This fluid dynamic analysis helps to gives engineers a better understanding of the pressure, flow and thermal characteristics of their product in order to ensure performance and reliability.

1. Accurate Insights into Fluid Flow performance & Reliability

This ability to test and validate design concepts with computational fluid analysis early in the development process enables engineers to be more well informed with valuable technical engineering insights into key fluid flow performance indicators.
Flow performance indicators include examples such as

Flow Analysis

Pressure Analysis

FEM Thermal Analysis 

2. Accelerate Engineering Innovation with CFD Flow Analysis

This allows engineering development teams to make better design decisions and have greater confidence in the fluid flow performance of their engineering designs.
In addition, CFD flow engineering simulation allows engineers to strike a winning balance between conflict demands such as Product cost pressures, requirements for Performance reliability, and all to be achieved while working with a tight project time schedule.

Common industrial Products where fluid flow performance is critical includes

Overview