Presents the 75 t/h circulating fluidized bed boiler designed with the FI CIRC TM circulating fluid bed technique imported for the U.S. ABB CP Company, and its technical overview and special features, design data and structural arrangement in particular.

Through a theoretical analysis on the causes of excessive radiator temperature, structural arrangement of the cooling system is improved so that every parts in the system can be rationally matched.

The results indicate that the optimum structural arrangement in the labyrinth separator was that the monolithic diameter in the cavity was 15 mm,the width 50 mm and the superficial ripple angle 90 ℃. In order to reduce secondary pollution,the oil-filtering water tank with oil-absorbing board was applied to oil-bearing wastewater treatment.

Based on a special construction,the author describes the design and construction of through simple supported beam and welded truss steel bridge with a span of 80 meters,including structural arrangement,checking computations of strength and rigidity,technology of manufacture and installation,points for attention and so on

Stock right structure is the structural arrangement of the company ownership and resolves the effectiveness of investment and management of a company to influence the performance of the company.

Securitization of housing mortgage loan is the process in which commercial bank sell his housing mortgage loan which lacks of fluidness but has stable cash flow in the future to Special Purpose Vehicle (SPV), and this vehicle will carry out certain structural arrangement and increase of credibility on the assigned mortgage loan, then transfer it to the fluid securities guaranteed by housing mortgage and sell them to investors of securities.

The study of post-road tribes of the southwest Silk Road not only involves the microcosmic aspects such as the evolution of tribes, their overall structural arrangement, spacious shapes, types of architecture…etc, also involves the macroscopical aspects such as the development and protection of the assembles, junketing values and the development between tribes…etc.

The calculated results discover that when the effective field of view and the measuring errors for various structural parameters are given,an optimal structural arrangement for the sensor can be obtained and the coordinate measuring accuracy can be optimal.

It analyzes general conception、structural arrangement、road system、greening system and landscape system of Haerbin high and new technology base, puts forward new ecological planning “green ecology”, and discusses integral style and single mould of high technology buildings .

The extremely confrontative character of the novel requirement not only stipulates the principle of portraying personage, but also strictly controls the rule of material selection, artistic conception, structural arrangement, artistic tendency, etc.

By introducing the master plan of 2010 Shanghai World Expo Park Area, this paper focuses on the planning principles, structural arrangement and functional layout of the World Expo Park.

These results support the hypothesis that, in addition to the chemical nature of intercorneocyte lipids, their structural arrangement and thermodynamic properties play an important role in the barrier function of the stratum corneum to water vapor.

It was shown that quantal levels of nerve impulse transmission due to the structural arrangement of interneuronal connections may be distinguished using a binomial model, approximating as it does to empirical distributions.

Suggestions are put forward about the possibility of formation of a combined amorphous PE-EPDM phase with a higher structural arrangement than that in the individual components.

These results have led us to propose a special structural arrangement for this chromatin.

Structural arrangement of the layers is analyzed on the basis of the crystal data.

This paper deals with one of the important problems in the technological design of hull construc- tion-division of hull sections.Four principles of division of sections are expected viz.(1)the size of sections or blockes must be increased the lifting and transporting equipments should be sufficiently utilized;(2)the load on the labour of production must be well balanced;(3)the requirements of technology have to be satisfied;(4)the structural strength of ship should be reasonable. According to the principles...

This paper deals with one of the important problems in the technological design of hull construc- tion-division of hull sections.Four principles of division of sections are expected viz.(1)the size of sections or blockes must be increased the lifting and transporting equipments should be sufficiently utilized;(2)the load on the labour of production must be well balanced;(3)the requirements of technology have to be satisfied;(4)the structural strength of ship should be reasonable. According to the principles of division of sections and the types of various ships,dimensions, structural arrangement and hull forms etc.,some of the different methods of practicable division for any portion of hull structure are given,such as decks,side platings,bottom platings,bulkheads,stem, stern and superstructure etc. Finally,this paper concludes that(1)the division of hull sections is an important measure for carrying out the construction plan,which also effects directly on the period of construction,initial cost and quality;(2)the division of sections must satisfy the best technological ability of welded connections when assembly being taken on the building slip,at the same time as the number of sectionsand the quantities of fitting out with equipments on the building slip have to be kept as least as possible;(3)the capacities of lifting and transporting equipments in shipyard are the chief factor of division of sections;(4) the division of hull sections itself exists many deflects which must be analysed deeply in full in order to solve the one,which acts as a vital effect.With a view not to effect on quality,some suitable solutions may be made for the other deflect.

A truss with described structural arrangement is taken into account as an object. The sectional areas of the bars are revised so that the structure has the lightest in weight under various loading cases and constraints (stresses, displacement, sectional areas, etc.). In this paper, by the use of mechanical concepts, the method of nonlinear programming in combining with the criteria design is employed to organize. The procedure of optimi- zation. In general the times of re-analysis is reduced to about...

A truss with described structural arrangement is taken into account as an object. The sectional areas of the bars are revised so that the structure has the lightest in weight under various loading cases and constraints (stresses, displacement, sectional areas, etc.). In this paper, by the use of mechanical concepts, the method of nonlinear programming in combining with the criteria design is employed to organize. The procedure of optimi- zation. In general the times of re-analysis is reduced to about five. Four examples are illustrated, three of them are usually used in references, the rest one is a practical engineering structure, a spatial network of roof with diameter in 91m.

In this paper, stress analysis has been made on a barge-carrier by the finite element method, For this new ship design, two plans of structural arrangement have been proved. The stress analysis of these structures are made in two different ways, For one of these designs, the stress of the whole ship structure is cal -culated by the finite element method, Due to the symmetry of the ship and its loading about the longitudinal axis, only one half of the whole structure should be considered. In...

In this paper, stress analysis has been made on a barge-carrier by the finite element method, For this new ship design, two plans of structural arrangement have been proved. The stress analysis of these structures are made in two different ways, For one of these designs, the stress of the whole ship structure is cal -culated by the finite element method, Due to the symmetry of the ship and its loading about the longitudinal axis, only one half of the whole structure should be considered. In this analysis, the domain analysed has been divided into about 1000 elements. For the other design, the stress analysis is first made by considering the whole ship structure as a simple beam to find the points of maximal stress and maximal.deflection. In general,they arelocated near the mid-section. Then a certain part of subdivision around the mid-section is re-analysed by the finite element method.The domain analysed is also divided into about 1000 elements, The meshes around the maximal stress and maximal deflection points are made denser in order to improve the accuracy of ther calculation.