Energy-saving techniques are critical for the low-carbon design of equipment. Focusing on
global energy efficiency during operation, a powertrain with multidimensional controllable …

Although incremental sheet forming (ISF) is featured with greater flexibility, lower cost, and
shorter leading time, there is less comprehensive sustainability assessment for ISF. In order …

With the rapid technology advancement and market changes products are becoming
outdated and subsequently discarded faster than ever before. As a result, recovery …

The primary cause of the low energy efficiency of hydraulic presses (HPs) is the mismatch
between installed power and demanded power. This study adopts the concept of a high …

Large energy loss caused by mismatching between the installed power and demanded
power, as well as the wasted potential energy, is a serious problem for a hydraulic press. In …

Thermal energy storage (TES) can effectively alleviate human dependence on non-
renewable energy. In this work, the phase change microcapsules with hydroxyl-rich TiO 2 as …

This research paper addresses the energy-efficient distributed hybrid flow-shop scheduling
problem with forging technology (EEDHFSP-FT) in distributed manufacturing. A …

Hydraulic press machines (HPMs) are often preferred in metal processing for their high
power-to-mass ratio, stiffness, and load capacity. Unfortunately, they are also known for their …

Large energy consumption caused by the pump unloading, as well as the low energy
efficiency of the motor, is a serious problem for hydraulic presses especially for the press …

Machining industry has been evolving toward implementation of automation into the
processes for higher productivity and efficiency. Although many studies have been …