AXIAL TURBINE WHEEL DESIGN, SIMULATION & MANUFACTURING
Through advanced design techniques, comprehensive simulations, and precision manufacturing processes, we delivered axial turbine wheel engineered to excel under the most demanding conditions. For the design phase, our engineers meticulously craft the axial turbine wheel, taking into account its high-speed operation at 170,000 revolutions per minute. Utilising advanced softwares and leveraging our expertise in turbomachinery, we ensure the design is aerodynamically optimized for maximum efficiency and durability. Each blade is carefully engineered to withstand the extreme forces experienced during operation, contributing to overall performance and reliability.
During simulation, we conduct comprehensive analyses to validate and refine the design. Using sophisticated tools, we simulate blade loading under various working conditions to assess performance and durability. Heat distribution and stress distribution are meticulously analyzed, providing insights into potential weak points and areas for improvement. This data guides material selection, ensuring the chosen materials can withstand the demands of operation. Based on simulation outcomes, we determine the most suitable manufacturing process to achieve the desired specifications.
In the manufacturing phase, precision machining techniques are employed to fabricate the axial turbine wheel with utmost accuracy. Our state-of-the-art equipment and skilled machinists ensure each component meets exacting standards. Throughout the manufacturing process, stringent quality control measures are implemented to verify dimensional accuracy and structural integrity. Once completed, the turbine wheel undergoes rigorous testing on specialized machines to validate its performance and reliability. Our commitment to excellence ensures that each turbine wheel meets the highest standards of quality and exceeds customer expectations.
