INTERNATIONAL JOURNAL OF PRECISION ENGINEERING AND MANUFACTURING 接受关于精密工程和制造各个方面的原创投稿。该期刊的具体重点领域包括但不限于：-精密加工过程-制造系统-机器人和自动化-机床-设计和材料-生物力学工程-纳米/微型技术-快速原型设计和制造-测量和控制调查和评论还将与编辑委员会协商计划。

The International Journal of Precision Engineering and Manufacturing accepts original submissions on various aspects of precision engineering and manufacturing. The specific focus areas of the journal include, but are not limited to: precision machining processes, manufacturing systems, robotics and automation, machine tools, design and materials, biomechanical engineering, nano/micro technology, rapid prototyping and manufacturing, and measurement and control. Additionally, surveys and reviews will also be planned in consultation with the editorial board.

《International Journal of Precision Engineering and Manufacturing》接受关于精密工程和制造各个方面的原创投稿。期刊的重点领域包括但不限于：精密加工过程、制造系统、机器人与自动化、机床、设计与材料、生物力学工程、纳米/微型技术、快速原型设计与制造、测量与控制。此外，期刊还欢迎与编辑委员会协商的调查和评论。

International Journal of Precision Engineering and Manufacturing

Ju Yeon Woo

Jun Ho Oh

Hyo Han

Ji-Weon Kim

Sunghwan Jo

Chang-Soo Han

Ultraclean contact transfer of patterned Ag electrodes by thermal release tape for transparent conductive electrode

热释放胶带实现图案化银电极的超净接触转移用于透明导电电极

Penmetsa Rama Murty Raju

Siriyala Rajesh

Beela Satyanarayana

Koona Ramji

Evaluation of stress life of aluminum alloy using reliability based approach

基于可靠性方法的铝合金应力寿命评估

Jingfan Liu

Zhaobing Liu

Int. J. Precis. Eng. Manuf.

The Vision-Based Target Recognition, Localization, and Control for Harvesting Robots: A Review

基于视觉的目标识别、定位与控制技术在收获机器人中的研究综述

Manu Dogra

Vishal S. Sharma

Anish Sachdeva

Narinder Mohan Suri

Jasminder Singh Dureja

Tool wear, chip formation and workpiece surface issues in CBN hard turning: A review

CBN硬车削中的刀具磨损、切屑形成及工件表面问题综述

Xianglei Zhang

Kaidi Xu

Peng Chen

Leiqing Chen

Sisi Li

Indirect Measurement of Grinding Force in Cemented Carbide Processing Based on SSA-KELM Algorithm

基于SSA-KELM算法的水泥硬质合金加工中磨削力的间接测量

Abstract A rigid system can support a huge amount of matter, but when it comes to human matter, although it can be served as a frame, or mechanism, etc., it only provides “rigid” solutions. Since the human body is made of curved surfaces that are challenging to track and adapt, “softer” methods should be applied. Herein, Air-able; an inflatable system based on variable stiffness methods is proposed. Air-able is inspired by research on inflatable structures with an air chamber. Previous research has shown the potential for various chamber shapes, demonstrating that even a chamber filled with air can withstand a certain level of weight, though not as much as a rigid system can. Since Air-able uses a fabric air chamber, it can be fabricated into many types of chambers, such as support structures and improvised splints due to the variety of fabrics and their combinations. It is also designed to minimize application areas so the pressure inside can effectively concentrate. This study suggests one more issue: tethering. When a system is tethered with electrical codes, or pipelines that deliver power, its movement or range of motion is limited. From past studies, air chambers are very light because they are made of materials like plastics and fabrics. The problem is; however, most chambers are tethered to a pump system applying pressure inside. The pump system produces higher pressure, so it helps increase the stiffness of air chambers, at the same time it makes chambers dependent on it. In this study, an effervescent effect is used to inflate Air-able chambers. Effervescence via the reaction of citric acid and sodium bicarbonate forms gas bubbles of carbon dioxide and makes inflation of the chamber. And small amounts of water can accelerate reactions. To secure the usability of Air-able, those effervescent reactants are made into a tablet form including extra compounds which aid manufacturing process. Furthermore, a wearable interface is devised so the user can recharge and control Air-able; integration of fabric air chamber and effervescent tablet reaction using water. Air-able is light, untethered, and rechargeable air chamber inflation methods only produce carbonated water as byproduct. Future studies will focus on improving its design and performance.

Sanghu Chun

Yong-Jai Park

Air-Able: Fabrication and Experiments of Effervescent Fabric Chamber Inflation with Various Shape of Structures and Wearables

Air-Able: 气泡织物腔室充气结构的制造与实验及其在各种形状结构和可穿戴设备中的应用

Zhenwei Xie

Yazhou Sun

Zhicheng He

Bohan Zhang

Zhihu Zhang

Tao Sun

Xuesen Zhao

Haitao Liu

The Optimization of Surface Morphology Prediction Model for Aspheric Microlens Array and Machining Process

非球面微透镜阵列表面形貌预测模型与加工工艺的优化

Jae-Min Shin

Hyeong-Joon Ahn

Enhanced Pressure Control Using a Disturbance Observer for Active Pneumatic Vibration Isolator (PVI)

使用扰动观测器增强主动气动隔振器（PVI）的压力控制

Yupeng Zheng

Improvement of the Transient Levitation Response of a Magnetic Levitation System Using Hybrid Fuzzy and Artificial Neural Network Control

利用混合模糊和人工神经网络控制改进磁悬浮系统的瞬态悬浮响应

Abbreviation	Int. J. Precis. Eng. Manuf.
Journal Impact	2.58
Quartiles(Global)	ENGINEERING, MECHANICAL(Q2)

ISSN	1229-8557, 2005-4602, 2234-7593
h-index	67

Publication Information	Publisher: Korean Society of Precision Engineering，Publishing cycle: Bimonthly，Journal Type: journal，Open Access Journals: No
Basic data	Year of publication: 2008，Proportion of original research papers: 93.94%，Self Citation Rate:38.50%， Gold OA Rate: 4.70%
Average review cycle	网友分享经验：一般,3-6周

International Journal of Precision Engineering and Manufacturing

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Ultraclean contact transfer of patterned Ag electrodes by thermal release tape for transparent conductive electrode

Evaluation of stress life of aluminum alloy using reliability based approach

The Vision-Based Target Recognition, Localization, and Control for Harvesting Robots: A Review

Tool wear, chip formation and workpiece surface issues in CBN hard turning: A review

Indirect Measurement of Grinding Force in Cemented Carbide Processing Based on SSA-KELM Algorithm

Air-Able: Fabrication and Experiments of Effervescent Fabric Chamber Inflation with Various Shape of Structures and Wearables

Indirect Measurement of Grinding Force in Cemented Carbide Processing Based on SSA-KELM Algorithm

The Optimization of Surface Morphology Prediction Model for Aspheric Microlens Array and Machining Process

Enhanced Pressure Control Using a Disturbance Observer for Active Pneumatic Vibration Isolator (PVI)

Improvement of the Transient Levitation Response of a Magnetic Levitation System Using Hybrid Fuzzy and Artificial Neural Network Control