The toolholding device may or may not be used for guiding or locating.

刀具的夹具可能会也可能不会用来者定位。

Material removal by machining involves interaction of five elements: the cutting tool, the toolholding and guiding device, the workholder, the workpiece, and the machine.

材料的切削与5个因素有关：刀具，刀具的夹具和装置，工件的夹具，工件和加工机器。

Conversance with mechanism drawing and designing tool and fixture, to be familiar with manufacture process, good communication skill, fluent English with writing and reading.

精通机械制图及工装夹具设制作，对制程的改善有独特的见解及经验；有相当的沟通、协调能力，英语读写流利。

The contact between welding plate and fixture is treated as constraint in the finite element model of dynamic welding angular distortion simulation for overlayer in CO2 gas arc welding.

摘要采用有限元数值模拟方法研究了CO2气堆焊的角变形动态过程。为了反映夹具和焊接件的接触状态，将夹具和焊件统一建立有限元模型。

The toolholding device may or may not be used for guiding or locating.

刀具的夹具可能会也可能不会向或者定位。

Material removal by machining involves interaction of five elements: the cutting tool, the toolholding and guiding device, the workholder, the workpiece, and the machine.

材料的切削与5个因素有关：刀具，刀具的夹具和向装置，工件的夹具，工件和加工机器。

Conversance with mechanism drawing and designing tool and fixture, to be familiar with manufacture process, good communication skill, fluent English with writing and reading.

精通机械制图及工装夹具设制作，对制程的改善有独特的见解及经验；有相当的沟通、协调能力，英语读写流利。

The contact between welding plate and fixture is treated as constraint in the finite element model of dynamic welding angular distortion simulation for overlayer in CO2 gas arc welding.

摘要采有限元数值模拟方法研究了CO2气体保的角变形动态过程。为了反映夹具和接件的接触状态，将夹具和件统一建立有限元模型。

The toolholding device may or may not be used for guiding or locating.

刀可能会也可能不会用来导向或者定位。

Material removal by machining involves interaction of five elements: the cutting tool, the toolholding and guiding device, the workholder, the workpiece, and the machine.

材料切削与5个因素有关：刀，刀和导向装置，件，件和加机器。

Conversance with mechanism drawing and designing tool and fixture, to be familiar with manufacture process, good communication skill, fluent English with writing and reading.

精通机械制图及装设制作，对制程改善有独特见解及经验；有沟通、协调能力，英语读写流利。

The contact between welding plate and fixture is treated as constraint in the finite element model of dynamic welding angular distortion simulation for overlayer in CO2 gas arc welding.

摘要采用有限元数值模拟方法研究了CO2气体保护堆焊角变形动态过程。为了反映和焊接件接触状态，将和焊件统一建立有限元模型。

The toolholding device may or may not be used for guiding or locating.

刀具的夹具可能会也可能不会用来导向或。

Material removal by machining involves interaction of five elements: the cutting tool, the toolholding and guiding device, the workholder, the workpiece, and the machine.

材料的切削与5个因素有关：刀具，刀具的夹具和导向装置，工件的夹具，工件和加工机器。

Conversance with mechanism drawing and designing tool and fixture, to be familiar with manufacture process, good communication skill, fluent English with writing and reading.

精通机械制图及工装夹具设制作，对制程的改善有独特的见解及经验；有相当的沟通、协调能力，英语读写流利。

The contact between welding plate and fixture is treated as constraint in the finite element model of dynamic welding angular distortion simulation for overlayer in CO2 gas arc welding.

摘要采用有限元数值模拟方法研CO2体保护堆焊的角变形动态过程。为反映夹具和焊接件的接触状态，将夹具和焊件统一建立有限元模型。

The toolholding device may or may not be used for guiding or locating.

刀具的夹具可能会也可能不会用来导向或者定位。

Material removal by machining involves interaction of five elements: the cutting tool, the toolholding and guiding device, the workholder, the workpiece, and the machine.

材料的切削与5个因素有关：刀具，刀具的夹具和导向装置，工件的夹具，工件和加工机器。

Conversance with mechanism drawing and designing tool and fixture, to be familiar with manufacture process, good communication skill, fluent English with writing and reading.

精通机及工装夹具设作，对程的有独特的见解及经验；有相当的沟通、协调能力，英语读写流利。

The contact between welding plate and fixture is treated as constraint in the finite element model of dynamic welding angular distortion simulation for overlayer in CO2 gas arc welding.

摘要采用有限元数值模拟方法研究了CO2气体保护堆焊的角变形动态过程。为了反映夹具和焊接件的接触状态，将夹具和焊件统一建立有限元模型。

The toolholding device may or may not be used for guiding or locating.

刀具夹具可能会也可能不会用来导向或者定位。

Material removal by machining involves interaction of five elements: the cutting tool, the toolholding and guiding device, the workholder, the workpiece, and the machine.

材料与5个因素有关：刀具，刀具夹具和导向装置，工件夹具，工件和加工机器。

Conversance with mechanism drawing and designing tool and fixture, to be familiar with manufacture process, good communication skill, fluent English with writing and reading.

精通机械制图及工装夹具设制作，对制程改善有独特见解及经验；有相当沟通、协调能力，英语读写流利。

The contact between welding plate and fixture is treated as constraint in the finite element model of dynamic welding angular distortion simulation for overlayer in CO2 gas arc welding.

摘要采用有限元数值法研究了CO2气体保护堆焊角变形动态过程。为了反映夹具和焊接件接触状态，将夹具和焊件统一建立有限元型。

The toolholding device may or may not be used for guiding or locating.

刀具的夹具可能会也可能不会用来导向或者定位。

Material removal by machining involves interaction of five elements: the cutting tool, the toolholding and guiding device, the workholder, the workpiece, and the machine.

材料的切削与5个因素有关：刀具，刀具的夹具和导向装置，工件的夹具，工件和加工机器。

Conversance with mechanism drawing and designing tool and fixture, to be familiar with manufacture process, good communication skill, fluent English with writing and reading.

精通机械制图及工装夹具设制作，对制程的改善有独特的见解及经验；有相当的沟通、协调能力，英语读写流利。

The contact between welding plate and fixture is treated as constraint in the finite element model of dynamic welding angular distortion simulation for overlayer in CO2 gas arc welding.

摘要采用有限元数值模拟方法研究了CO2气体保护堆焊的角变形动过程。为了反映夹具和焊接件的接，将夹具和焊件统一建立有限元模型。

The toolholding device may or may not be used for guiding or locating.

刀具的具可能会也可能不会用来导向或者定位。

Material removal by machining involves interaction of five elements: the cutting tool, the toolholding and guiding device, the workholder, the workpiece, and the machine.

材料的切削与5个因素有关：刀具，刀具的具和导向装置，工件的具，工件和加工机器。

Conversance with mechanism drawing and designing tool and fixture, to be familiar with manufacture process, good communication skill, fluent English with writing and reading.

精通机械制图及工装具设制作，对制程的改善有独特的见解及经验；有相当的沟通、协调能力，英语读写流利。

The contact between welding plate and fixture is treated as constraint in the finite element model of dynamic welding angular distortion simulation for overlayer in CO2 gas arc welding.

摘要采用有限元数值模拟方法研究了CO2气体保护堆焊的角变形动过程。为了反映具和焊接件的接触状，具和焊件统一建立有限元模型。

The toolholding device may or may not be used for guiding or locating.

刀具夹具可能会也可能不会用来导向或者定位。

Material removal by machining involves interaction of five elements: the cutting tool, the toolholding and guiding device, the workholder, the workpiece, and the machine.

材料切削与5个因素有关：刀具，刀具夹具和导向置，件夹具，件和加机器。

Conversance with mechanism drawing and designing tool and fixture, to be familiar with manufacture process, good communication skill, fluent English with writing and reading.

精通机械图夹具设作，对改善有独特见解经验；有相当沟通、协调能力，英语读写流利。

The contact between welding plate and fixture is treated as constraint in the finite element model of dynamic welding angular distortion simulation for overlayer in CO2 gas arc welding.

摘要采用有限元数值模拟方法研究了CO2气体保护堆焊角变形动态过。为了反映夹具和焊接件接触状态，将夹具和焊件统一建立有限元模型。

The toolholding device may or may not be used for guiding or locating.

刀具的夹具可能会也可能不会用来导向或者。

Material removal by machining involves interaction of five elements: the cutting tool, the toolholding and guiding device, the workholder, the workpiece, and the machine.

料的切削与5个因素有关：刀具，刀具的夹具和导向装置，工件的夹具，工件和加工机器。

Conversance with mechanism drawing and designing tool and fixture, to be familiar with manufacture process, good communication skill, fluent English with writing and reading.

精通机械制图及工装夹具设制作，对制程的改善有独特的见解及经验；有相当的沟通、协调能力，英语读写流利。

The contact between welding plate and fixture is treated as constraint in the finite element model of dynamic welding angular distortion simulation for overlayer in CO2 gas arc welding.

摘要采用有限元数值模拟方法CO2气体保护堆焊的角变形动态过程。为反映夹具和焊接件的接触状态，将夹具和焊件统一建立有限元模型。