首页>电子书>WEB开发>Simscape参考手册

Simscape参考手册

a59419  在  2020-10-18 09:14:23  上传  8.3 MB
Simscape官方资料(英文),Simscape reference,内容全面,pdf文档。
y
March 2007
Online only
New for Version 1.0(Release 2007a)
September 2007 Online only
Revised for Version 2.0(Release 2007b)
March 2008
Online only
Revised for Version 2. 1 (Release 2008a)
October 2008
Online only
Revised for Version 3.0(Release 2008b)
March 2009
Online only
Revised for Version 3. 1 Release 2009a)
September 2009 Online only
Revised for Version 3. 2(Release 2009b)
March 2010
Onli
Revised for Version 3. 3(Release 2010a)
September 2010 Online only
Revised for Version 3. 4 Release 2010b)
April 2011
Online only
Revised for Version 3.5(Release 201la)
September 2011 Online only
Revised for Version 3.6 Release 2011b)
March 2012
Online only
Revised for Version 3. 7(Release 2012a
September 2012 Online only
Revised for Version 3.8(Release 2012b
March 2013
Online only
Revised for Version 3.9Release 2013a)
September 2013 Online only
Revised for Version 3.10(Release 2013b)
March 2014
Online only
Revised for Version 3. 11 Release 2014a)
October 2014
Online only
Revised for Version 3. 12(Release 2014b)
March 2015
Online only
Revised for Version 3. 13 (Release 2015a)
September 2015 Online only
Revised for Version 3. 14 Release 2015b
October 2015
Online only
Rereleased for version 3. 13. 1 Release
2015aSP1)
March 2016
Online only
Revised for Version 4.0(Release 2016a
September 2016 Online only
Revised for Version 4. 1(Release 2016b)


Contents
Blocks- Alphabetical list
Functions-Alphabetical List
2
Configuration Parameters
3
Simscape Pane: General
3-2
P
inscape pane
Over
3-4
Editing mode
3-5
Explicit solver used in model containing Physical Networks
block
Zero-crossing control is globally disabled in Simulink
3-6
3-7
Log simulation data
3-8
Log simulation statistics
3-9
Open viewer after simulation
3-10
Workspace variable name
3-11
Decimation
3-12
Limit data points
3-13
Data history (last N steps)
3-14

Model advisor checks
Simscape model advisor checks
4-2
Simscape checks Overview
4-3
Modeling Physical Systems Checks Overview ....... 4-3
Check consistency of block parameter units
4-3
Check for outdated Simscape blocks
4-4
Check for dry hydraulic nodes
4-5
Simscape checks Overview
4-6
Check Simscape Solver Configuration block settings
4-7
Check Fluid dynamic compressibility option
4-8
Electronics Checks overview
4-8
Check Simulation mode option
4-9
Check Noise mode option
4-10
Check Transmission line blocks
4-11
Check Model dynamics option
4-12
Check Resolver parameterization option
4-13
Fluids checks overview
4-14
Check Valve opening dynamics option
4-14
Driveline checks Overview
4-16
Check Gear friction model option
4-16
Check Tire compliance option
4-17
Check Engine time constant option
4-18
Check Dog clutch model option
4-19
Check Losses model option
4-20
Check Model transmission lag option
4-21
Check Hard stop model option
4-22
Power Systems Checks Overview
4-23
Check Stator zero-sequence inductance
4-23
Bibliography
Glossary
i Contents

B
lOCKS
Alphabetical List

1 Blocks-Alphabetical List
Absolute Reference(2P)
Reference point at zero absolute pressure and specific internal energy
Library
Two-Phase Fluid/elements
Description
The Absolute Reference(2p) block represents a reference point at zero absolute pressure
and specific internal energy. Use with the Pressure Internal Energy Sensor(2P)block
to measure the absolute pressure and specific internal energy at a two-phase fluid node
Dialog Box and Parameters
te Referen
Absolute Reference (2P
This bl
presents the absolute reference in a to-phase fluid
network where pressure and specitic internal energy are equal to
The block has no parameters
1-2

Absolute Reference(2P)
Ports
The block has a two-phase fluid conserving port This port identifies the two-phase fluid
node set to zero pressure and specific internal energy
See also
Pressure Internal Energy Sensor(2P)I Reservoir (2P)
Introduced in R2015b
1-3

1 Blocks-Alphabetical List
Absolute Reference G)
Reference point at zero absolute temperature and pressure
Library:
Foundation Library Gas/ Elements
Description
The Absolute Reference(G)block represents an absolute reference for the pressure and
temperature in a gas network. At port a, the pressure and temperature are both equal to
zero
Unlike other domains, where each topologically distinct circuit within a domain must
contain at least one reference block, gas networks do not have this requirement. For more
information, see"Reference Node and grounding rules
The purpose of the absolute Reference(G) block is to provide a reference for the Pressure
Temperature Sensor (G) To measure the absolute pressure and absolute temperature
of a node, connect that node to the a port of a Pressure temperature Sensor(G) block
Connect the B port of the Pressure Temperature Sensor(G) block to an Absolute
Reference(G)block
If you use the Absolute Reference(G) block elsewhere in a gas network, it will trigger a
simulation assertion because gas pressure and temperature cannot be at absolute zero
Ports
Conserving
A- Pressure and temperature are zero
gas
Gas conserving port where the pressure and temperature are both equal to zero
VIP高速任性下载
意见反馈 联系客服 返回顶部

登录注册找回密码

充值账单订单冲正

*扫码按套餐金额一次性付款立即点击“确认”按钮

*充值提示成功,请重新登录账户生效

*充值问题联系Q或邮箱最迟24小时内答复

*充值问题先尝试【订单冲正】自助解决

*无法解决Q421644184或Q邮箱,支付宝订单平台账号

*推荐用chrome浏览器访问本站,禁用360浏览器

啥都没有哦

*输入正确支付宝订单号,2020开头的,点“确认”按钮

*有疑问请及时联系Q 421644184或此Q对应的邮箱

*提供支付宝支付订单号截图及平台用户名

*推荐用chrome浏览器访问本站,禁用360浏览器

在线咨询 x
如果您有任何疑问
点击咨询