求救英语高手，帮忙翻译谢谢了啊

Question

Burr formation in curved-surface drilling
and drilling of intersecting holes
Machining of composite materials
Burr formation in drilling of multilayer
materials
DEFORM
Background
Deform, short for Design Environment for
Forming, is a product of Scientific Forming
Technologies Company (SFTC) and is a
commercially available FEM solver that can be
applied to several manufacturing processes.
Deform's original area of specialty was in
metal forming operations like forging. It has
since expanded to include modules that
support machining operations.
Advantages
Deform’s machining modules can be used to
quickly set up standard machining processes
like turning, milling and drilling. The user has
to supply the workpiece and tool geometry as
well as the process parameters. The solver
then uses a standard solver configuration and
finds the solution. Alternatively, the user has
the ability to adjust solver parameters like
mesh-size, nodal boundary conditions, and
tool-workpiece interaction properties, for
example. Given that many of these
parameters remain constant from one
simulation to the next, the pre-programmed
modules can work very effectively. However,
for detailed research and analysis, the high
level of control is desirable. Fortunately,
Deform can accommodate both modes of
simulation.
Deform also has an extensive material library
containing models of several common
materials and alloys. The program also has
the capability of defining new materials based
on stress/strain data and other key material
properties. This contributes to the usability of
the program to simulate actual process
conditions and increases its applicability.
Deform uses adaptive meshing controls to
accommodate high workpiece deformations
that are very common in machining. This
ensures the accuracy of the solution as well as
ensuring that an optimal number of elements
are used overall. That is, more elements are
used where strain rates are high and there is
large deformation and fewer elements are
used little deformation is takes place.
Disadvantages
Deform's drilling module is still in a beta
version and there are a few deficiencies that
are being addressed. The workpiece tends to
demand more and more elements as the
simulation progresses, which causes the
simulation to run slower with time. In addition,
the simulation will stop periodically and the
mesh size needs to be adjusted by the user.
There are several fine points which
accompany the learning curve for Deform, but
the learning process is not tedious.

Answer 1

在弯曲表面钻的Burr形成相交的孔and钻井 合成材料 Machining 在多层钻井的Burr形成 materials
DEFORM
Background
Deform，设计环境的短小为
Forming，是科学形成的产品 Technologies公司(SFTC)和是a 可以是的买得到的FEM解难题者对几个制造过程的applied。 专业Deform原始的区域在形成操作的metal喜欢伪造。 它有
since扩展包括模块那
support机器操作。
Advantages
Deform’s用机器制造的模块可以使用到
quickly被设定的标准用机器制造的过程操练的like转动，碾碎和。 用户有
to供应作为的制件和工具几何well作为过程参数。 解难题者
then使用一标准解难题者配置和
finds解答。 或者，用户有
the能力调整解难题者参量喜欢
mesh-size、交点边界条件和
tool-workpiece互作用物产， 的example. 假设许多这些
parameters保持恒定从一个 对下，被预编程序的的simulationmodules可能非常有效地运作。 然而，
for详述了研究和分析，高控制level是中意的。 幸运地，
Deform可能容纳两个方式
simulation.
Deform也有一广泛的物质图书馆共同的数的containing模型
materials和合金。 节目也有定义新的材料的the能力根据
on重音或张力数据和其他关键材料
properties. 这造成的实用性模仿实际进程的the节目
conditions和增量它的适用性。
Deform使用能适应的捕捉的控制
accommodate高制件变形
that是非常共同的在用机器制造。 这
ensures解答的准确性并且的那的ensuring元素的一个优选的数字are使用的总体。 即更多元素是变形率高和那里的used是
large变形和少量元素是
used一点变形是发生。
Disadvantages
Deform钻模块仍然在一beta
version和那里是的一些缺乏演讲的are。 制件趋向对作为的越来越demand元素
simulation进步，导致 跑慢的simulation与时间。 另外，
the模仿周期性地将停止和
mesh大小需要由用户调整。
There是的几个细则 经验曲线为扭屈的accompany，但是
the学习进程不是繁琐的。