| 1. | Nonlinear cellular element method was also studied for enriching its theory
为丰富元胞单元法理论，论文开展了非线性元胞单元法研究。 |
| 2. | Stabilizes fibrous and cellular elements of the connective tissue and , at the same time , lubricates and protects the membranes
据世界卫生组织统计，引起以上病症的人约占全世界人口的2 . 5 。 |
| 3. | In order to find the applying area of cellular element method , it was used to analyses the structures besides truss , beam and plane problem
为探讨元胞单元法的广泛适用性，论文将元胞单元法的应用领域从杆系结构、平面问题拓展到其它结构。 |
| 4. | Ultrastructurally , the outer membrane consisted of bundles of collagen fibrils and cellular elements such as fibroblasts , mast cells , migrating erythrocytes , platelets and eoslnophils
在电镜下血肿外膜可见成束状之胶原纤维及一些细胞成份如纤维织母细胞、肥大细胞、移动性红血球、血小板及嗜伊红细胞。 |
| 5. | Probably all or most of the cellular elements in grafts ( particularly cortical grafts ) die and are slowly replaced by creeping substitution , the graft merely acting as a scaffold for the formation of new bone
移植骨(特别是皮质骨)内的细胞成分可能大部分或全部死亡，然后发生缓慢的爬行替代，移植骨仅仅作为新骨形成的支架。 |
| 6. | Elastic thin plate in small yield was firstly calculated by using cellular element method . the approach was researched on the basis of the principle of cellular and the theory of thin plate , and its feasibility and validity were proved through numerical instances
依据元胞单元法的基本原理和薄板弯曲理论，提出了用元胞单元法分析薄板弯曲问题的计算步骤，并进行数值试验，论证了其可行性和有效性。 |
| 7. | The similarities and differences between cellular element method and other numerical methods such as finite element method were discussed . in order to check the correctness , some numerical examples were carried through . the detailed calculating course and results were listed
为考察该方法的正确性，论文进行了数值试验，列出了详细的计算过程和计算结果，以实际算例对元胞单元法的有效性作出了数值论证。 |
| 8. | Similarly , the new method was applied to analyses three - dimensional entity structures . the hexahedron element with 8 nodes was selected to solve the structures . some examples were listed , and the results show that cellular element method can solve space problems well
同时，还应用该方法分析三维实体结构，以8节点六面体等参元为例进行了数值试验和讨论，证明该方法在弹性力学空间问题中的应用同样是有效的。 |
| 9. | Cellular element method is a new numerical computing method . in this method the integer analysis of structure is changed into a series of part analysis by using the idea of cellular automata . it may have a good future in the aspect of large structure because it hardly have any special request on the capability of computer . simultaneity , it can be developed into a high parallel arithmetic to suit for the request of parallel computer in the future
元胞单元法是新近出现的一种数值计算方法，它引用元胞自动机的思想将有限元对结构的整体分析变成局域求解，对计算机容量要求低，在大型复杂结构的计算方面具有良好的前景，同时可望形成一种高度并行的算法，适用于未来并行机的要求，是一种富有发展潜力的新的数值方法。 |
| 10. | The classic moment distributing method can be regarded as a special form in calculating continuous beams or rigid frames with no line displacement . so moment distributing method was used as cellular element method to do part parallel compute and full parallel compute . moreover , a few things on the visualized cellular element method were finished
元胞单元法是面向未来用于大规模计算的并行计算机而提出的计算方法，但其作为并行算法是否切实可行尚待考证，论文对此进行了讨论，认为古典的力矩分配法是元胞单元法求解连续梁和无侧移刚架的一种特殊形式，并按力矩分配法对连续梁作了局域并行和全域并行分析，对元胞单元法作为并行计算方法的可行性进行了理论探讨。 |
