1) prototype framework model
原型骨架模型
1.
A prototype framework model of fan-delta front was established by applying data from dense spacing area of Shuanghe Oilfi.
利用双河油田密井网数据,建立了扇三角洲前缘原型骨架模型,研究了水下分流河道砂体的几何形态及分叉规律,获得了微相砂体的长度概率分布、宽度概率分布、宽-厚比关系和长-宽比关系等定量地质知识,为双河油田开发后期储层的精细表征提供了扎实的基础。
2) Framework model
骨架模型
1.
3D visualization of corn root system based on interactive framework model;
基于交互式骨架模型的玉米根系三维可视化研究
2.
Development of single-channel sandbody framework model by integrating seismic inversion and well data;
综合运用地震反演及测井资料建立单砂体骨架模型
3.
Design and Application of a Gear Transmission Based on Framework Model;
骨架模型在齿轮传动装置设计中的应用
3) skeleton model
骨架模型
1.
Design of the Mobility Scooter Based on Skeleton Model in Pro/E;
基于Pro/E骨架模型的电动代步车设计
2.
After Introducing key technologies of top-down assembly modeling of mechanical products based on parametric technology,a new method for assembly modeling is put forward by taking skeleton model as bridge in top-down assembly modeling design,and a practical scheme of assembly modeling for complex products ancler concurrent design is given.
介绍了基于参数化技术的自顶向下机械产品装配建模中的关键技术,提出通过构建装配体骨架模型,以骨架模型作为实现产品自顶向下设计信息沟通的桥梁,实现装配体建模设计,为复杂产品的并行设计提供了一切实可行的建模方案。
3.
We put forward the design of cane sugar harvester skeleton model which solved the problems of various module,difficult layout and high requirement of position relation, locomation and dynamical of each child function module.
基于虚拟样机技术提出了产品级甘蔗收获机的样机开发过程,利用产品自顶向下设计方法,提出了解决模块多,布局困难,各子功能模块之间位置关联、运动、动力性能要求较高的甘蔗收获机骨架模型设计,通过不同骨架虚拟样机的相关仿真分析,提供了开发产品级甘蔗收获机的有效依据和方法理论。
4) assembly framework model
装配骨架模型
1.
To implement the top-down design method supported by the bottom-up design method,the paper proposed a hybrid assembly model based on product family,which is made up of assembly framework model,assembly hierarchical model,constraint relational model,part attribute model and parametric design model.
该模型由装配骨架模型、层次模型、约束关系模型、零件属性模型及参数化设计模型组成。
5) skeleton shift model
骨架平移模型
1.
The obtained hysteresis model is defined as skeleton shift model and applied to the dampers made of ultra low-yield-point steel.
随着塑性变形的发展将恢复力模型中的骨架曲线进行平移,其卸载曲线用Ramberg Osgood函数来描述,由此得到的恢复力模型定义为骨架平移模型,将其应用于描述极低屈服点软钢阻尼器的恢复力特性。
6) scaled prismatic model(SPM)
尺度骨架模型
补充资料：原型匹配模型
见图像识别。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条