1) Inventor API
Inventor API
1.
The parametric modeling for the involute linear cylindrical gear based on Inventor API;
基于Inventor API的渐开线直齿圆柱齿轮参数化造型
2.
The Application Example of Inventor API——the Establishment of the Sketch Bank for the Section of the Conventional Shape Steel;
Inventor API应用实例——常用型材截面草绘库的建立
3.
The structure of Xing-type inner-planet-gear speed reducer is lied on the structure of inner gear,the structure can be designed and optimized with the methods for parametric design,Inventor API and stress analysis in Inventor11.
星型内齿行星减速器的结构主要取决于行星内齿板的结构,利用Inventor环境下的参数化设计方法、Inventor API和应力分析功能,精确生成了内齿板的渐开线齿形,参数化设计后在应力分析的基础上,交互修改内齿板的结构参数,使内齿板的结构最优。
2) Inventor
Inventor
1.
Application of Inventor in Design of Proof Cable Roller;
Inventor在防爆电缆卷筒设计中的应用
2.
The Using of INVENTOR in the Scheme of Machine Tool Design;
INVENTOR软件在机床方案设计中的应用
3.
Design of rail-mounted suspended beam bucket wheel stacker-reclaimer based on Inventor;
基于Inventor的轨行式悬臂斗轮堆取料机的设计
3) Autodesk Inventor
Autodesk Inventor
1.
Numerical Analysis of the Base of Hydraulic Gate by Using AUTODESK INVENTOR and ANSYS WORKBENCH;
基于AUTODESK INVENTOR和ANSYSWORKBENCH的水工闸门底座计算分析
2.
The 3D geometric model of each part in the vibration device of the mechanical eccentric connecting rod was established by the use of Autodesk Inventor software, and the virtual assemblage was carried out on the vibration device.
应用Autodesk Inventor软件建立了机械偏心连杆振动装置中各零件的三维几何模型,并对震动装置进行了虚拟装配。
3.
Based on Autodesk Inventor, Taking the plate spring subassembly in mechanical vibration units for example, introduces the feature modeling process and virtual animated assembly of machine elements.
应用三维Autodesk Inventor软件,以机械振动装置中板簧组件为例,介绍了零件的造型建模过程、零件的虚拟动画装配及判断虚拟装配中各零件之间是否相互干涉,从而对干涉的零件进行修改和结构调整的设计过程。
4) open Inventor
Open Inventor
1.
Event and Selection based on Open Inventor Technology;
基于Open Inventor技术的事件和选择
2.
Research and Implementation on Building Cross-platform Virtual Clay Modeling System Based on Qt and Open Inventor;
基于Qt和Open Inventor跨平台虚拟油泥造型系统构建方法的研究与实现
3.
A new robot’s 3D motion simulation method is introduced in this paper based on open inventor technology and Pro/E 3D modeling method, after a through research of the exist modeling methods of robot motion simulation.
在对机器人运动学仿真中的几种建模方法深入分析的基础上,提出了一种基于Pro/E三维建模,并利用Open Inventor进行机器人三维运动学仿真的方法。
5) API
API
1.
Assessment of Urban Air Pollution Based on API;
基于API方法的城市大气污染评价
2.
Factors Influencing Bonding Strength of API Adhesive Bonded Mongolian Oak;
影响API粘接柞木的强度因子研究
3.
Application of SolidWorks-API-SDK on Die-casting CAD;
SolidWorks-API-SDK在压铸模具CAD中的应用
6) application programming interface
API
1.
This note defines a flexible application programming interface(API) for streaming I/O device driver for use in real-time DSP application written with the DSP/BIOSⅡ real-time kernel.
本文为使用了 DSP/ BIOS 内核的时实 DSP应用程序中的流式 I/ O设备驱动程序定义了灵活的 API(application programminginterface)。
参考词条
Inventor二次开发
UG/API
API 682
MDT-API
API-MS
CGI/API
API CORYNE
SolidWorks API
Win32 API
Windows API
Web API
Open API
Winsock API
GSS-API
Matlab/API
API functions
ODBC API
JavaMail API
教育“立交桥”
中国修辞学
补充资料:API gravity
分子式:
分子量:
CAS号:
性质:美国石油 学会(American Petroleum Institute简称API)制订的一种量度,用以表示原油及石油产品密度。API度愈大,相对密度愈小,即原油愈轻,价格愈高。其值以下式计算:API度(15.6℃)=141.5/相对密度(15.6℃) -131.5
分子量:
CAS号:
性质:美国石油 学会(American Petroleum Institute简称API)制订的一种量度,用以表示原油及石油产品密度。API度愈大,相对密度愈小,即原油愈轻,价格愈高。其值以下式计算:API度(15.6℃)=
说明:补充资料仅用于学习参考,请勿用于其它任何用途。