An increasing number of researchers have researched fixture layout optimization for thin-
walled part assembly during the past decades. However, few papers systematically review …

A fixture is a crucial component in the car dashboard manufacturing system and is used to
position and restrain the car dashboard under external forces. However, the conventional …

The sidewall of a high-speed train body is welded by multiple hollow extruded aluminum
alloy sheets. Due to the material characteristics of aluminum alloy, excessive welding …

Within the realm of flexible manufacturing, fixture layout planning allows manufacturers to
rapidly deploy optimal fixturing plans that can reduce surface deformation that leads to crack …

The robust layout of the fixture on the workpiece solves the problem of workpiece fixing well.
Aiming at the problem of workpiece position error caused by fixture source error on …

Deformation is one of the most important challenges in the machining of the thin-walled
component, especially for the complicated thin-walled component with difficult-to-machining …

The complicated thin-walled components with asymmetric structure are extensively used in
aerospace fields. The material of these parts is hard-to-machining (such as titanium alloy …

Fixture layout for machining thin‐walled structures plays an important role in fixture
performance. This work focuses on the optimization design of machining fixture layout …

Abstract Fixture Layout Design (FLD) determines the specific position of locators and clamps
to orient and holds the workpiece with respect to a machine tool. The FLD approaches that …

The complicated thin-walled components with asymmetric structure are extensively used in
aerospace fields. The material of these parts is hard-to-machining (such as titanium alloy …