Design of Hydraulic and Thermal Fluid Systems （液压和热液系统的设计）.pdfVIP

Design of Hydraulic and Thermal Fluid Systems Today intelligent system integration is driving improved product performance and delivering innovative designs in a variety of industries. Recent surveys show that approximately 80% of the next-generation systems and products will be derived from so-called intelligent systems. Using physics-based simulation, engineers can design complete fluids hydraulic and pneumatic systems, from the tank to the actuators up the fluid network. Using standardized libraries of hydraulic and the thermal fluid system components, one can develop products with components actuated by hydraulic and pneumatic fluid power systems. For example, fluid power actuation systems for crane, crawler, earthmoving and mining equipment and machine tools can be developed and analyzed. Also, fuel injection, lubrication, variable valve actuation and timing can be addressed. The solution delivers the required insights to improve product quality, robustness and reliability, reduce power generation and develop new functionality.  First, the basics of designing fluid systems it is necessary to have a good understanding of the thermal aspects and exchanges that can be added to any fluid system in interaction with the environment and/or any material participating to the different heat transfers.  Next, participants will focus on every aspect of the hydraulic and thermal fluid system design. The components used and their use in a hydraulic or thermal fluid ne