大学英语词汇短语释义解析及例句 Additive Manufacturing
释义：
Additive Manufacturing n. 增材制造；添加剂制造
例句：
BD-type boilers, smoke candles - agent, a catalyst, additive manufacturing.
BD型锅炉除烟垢节能剂、化剂、加剂制造。
The new laboratory will look at other forms of additive manufacturing, too.
新成立的实验室还将研究其他形式的附加加工技术。
New technologies of additive manufacturing in the biomedical engineering and medicine.
生物医药工程和医学添加剂加工新技术。
Predicting how quickly additive manufacturing will be taken up by industry is difficult, adds Dr Hopkinson.
霍普金森博士补充说，很难预测制造产业会以何种速度运用加法制造。
The result was the birth of the CSIRO's first dragon at the additive manufacturing facility Lab 22 in Melbourne.
故事的美好结局就是在墨尔本的添加类制造设备22号实验室中，CSIRO的科学家们的第一只龙诞生了。
Additive manufacturing used in a big way starting in 2030 for things like 3d printing of entire airplanes (and buildings).
2030年开始进行大规模辅助制造，如整个飞机(及建筑物)的3d喷涂技术。
Products are thus built up by progressively adding material, one layer at a time: hence the technology's other name, additive manufacturing.
添加材料一次一层、步步为营直至成形，因此该技术又有了另一个名称：加法制造。
Additive manufacturing could thus help build greener aircraft-especially if all the 1,000 or so titanium parts in an airliner can be printed.
加法制造能制造出更加绿色环保的飞机——特别是，如果一架飞机上的1000多个钛部件都能被印刷出来。
The process, known as additive manufacturing, allows the powder form of metals to be melted and then fused together into objects using a laser.
的过程中，被称为添加剂制造，允许金属的粉末形式可以熔融，然后熔合在一起成为使用激光的对象。
During the laser-aided additive manufacturing process, the researchers fired a beam from an infrared laser to form a melt pool on the substrate surface.
在激光辅助添加制造过程中，他们发射了一个红外激光束，在基板表面上就形成了熔池。
Although researchers have had new transducer designs in mind for years, it has been impractical to construct them subtractively. Additive manufacturing could change that.
多年以来，压电式换能器的研究者们一直都有新型设计的想法，但应用‘对比相减式’的加工流程实际上很难能把这样的构想变为现实，而‘对比添加式’很可能会使这种困顿得到改善。
The product green design and full-life-cycle assessment system will be widely used. Additive manufacturing (3d printing technology) and remanufacturing will be popularized.
产品绿色设计和全生命周期评价体系广泛应用，增材制造(3d打印技术)及再制造得以普及。
LIU Y S, HAN P L. Development of laser additive manufacturing with metallic material and its application in aviation engines[J]. Aeronautical Manufacturing Technology, 2014, (1):62-67.
[5] 刘业胜，韩品连。金属材料激光增材制造技术及在航空发动机上的应用[J]。航空制造技术， 2014， （1）：62-67。
Dr Oxman believes the design and construction of objects could be transformed using principles inspired by nature, resulting in shapes that are impossible to build without additive manufacturing.
Oxman博士相信，目标产品的设计和构造可以在遵循自然规律的前提下进行改善，其形成的形状不用加法制造的方法是无法制造出来的。
An estimated 50 million dental copings gave been produced to date by additive manufacturing.
The Additive Manufacturing institute is piloting many of the ideas developed for the NNMI.
Slowly but surely, additive manufacturing will find its way to more and more real world applications.
What are the challenges additive manufacturing must overcome to be a useful industrial tool?
The name 3D printing is a misnomer — it is more accurately called additive manufacturing.
Don't get us wrong, we adore 3D printers and the whole additive manufacturing movement.
Advanced energy manufacturing and additive manufacturing (including 3D printing) are two areas of potential for manufacturing innovation.
Additive manufacturing can also be achieved by a number of other methods, such as selective laser sintering (SLS).
In additive manufacturing, material is added in small layers, cross section by cross section, to build a part.
This technique is considered an additive manufacturing technique not unlike 3D printing that builds a product layer by layer.
Advancements in materials and speed will be made simultaneously and additive manufacturing will become a brilliantly useful industrial tool.
Additive manufacturing is the process of joining materials to make objects from 3D model data, usually layer upon layer.
Not only are you limited by the materials that can be used, additive manufacturing is much slower than subtractive manufacturing.
One such institute that is already up and running is the National Additive Manufacturing Innovation Institute (NAMII) in Youngstown, Ohio.
The Department of Defense opened the National Additive Manufacturing Innovation Institute in Youngstown, Ohio, after funding was identified for it, she said.
For now, the only time producing a part by additive manufacturing makes sense is if it cannot be made by subtractive manufacturing.
The only time this is an exception is when you combine specific types of polymers and metals with specific additive manufacturing processes.
Additive manufacturing (AM) touches or will touch many aspects of our lives.
Additive manufacturing could thus help build greener aircraft—especially if all the 1, 000 or so titanium parts in an airliner can be printed.
That is why the process is more properly described as additive manufacturing.
Morris Technologies, an Ohio firm that specializes in additive manufacturing and is the largest deployer of DMLS in the world, did the job.