With a desire to strengthen the management and control of design target, by comparing the design method and design flow of projects in China with those abroad, the author emphasizes particularly from the point of view of design flow and design efficiency to discuss their relevant form of system and pattern of management.
Taking this series of equipments as the research object, an interactive CAD system facing the customer's function demand is developed in the paper which supports parameterized design and information transmission. Besides, the overall structure of the development system of equipments for special stones is planned and established which consists of six parts: equipments inquiry system, modularization system, parameterized design system, database management system, computer emulate system and evaluation system, and also, the design process is planned for each system.
Dynamic design method of building structure that is based on Virtual Reality Technology is discussed in this paper. Holistic idea and design procedure of dynamic virtual design of building structure are also presented.
To establish a proper designing flow path for pre-anchored anti-sliding pile and understand the optimization paths and methods, the thesis analyzes the deliver process of slide thrust in the slope and onto anti-sliding pile as well as the anchoring mechanics of prestressed anchor cable. It obtains the computation formula for maximal anti-sliding pile space interval and the anchoring force formula.
The patterns of the limiting streamlines on the body surface obtained with the aid of special paints indicate that the calculated design flow scheme is realized in these regimes.
This paper presents the design process of a controller for bandwidth-limited active hydro-pneumatic suspension employed by an off-road vehicle based on co-simulation technology.
The second procedure estimates the nonmeasurable components of the state vector in the prelimit situation with a given accuracy and retention of the decomposition of the design procedure.