1) fatigue fracture
疲劳骨折
1.
The change of mechanical properties of human lumbar trabecular bone after fatigue fracture;
腰椎疲劳骨折后松质骨力学性质的变化
2.
An analysis is made on the 25 cases of teenager s fatigue fracture of lower limbs from 1995-2003, the following factors contribute to the injury: the immature skeleton, the continuous overloaded training, individual discrepancy and their different training acceptability.
对从1995～2003年积累的25例青少年下肢疲劳骨折病例资料进行分析,得出致伤的因素为:骨骼发育尚未来成熟,下肢持续性地承受超负荷运动;个体差异及接受训练的能力存在差异。
3.
Objective To study the MRI features of the fatigue fracture of ankle.
结论 平片阴性的踝关节周围疲劳骨折的MRI表现为受累骨松质内骨小梁骨折以及骨松质内不规则水
2) fatigue fracture
疲劳性骨折
1.
Objective To evaluate the CT and MRI findings and the mechanisms of fatigue fracture in the proximal part of tibia.
方法分析经临床随访或手术证实的23例胫骨上段疲劳性骨折的CT和MRI资料。
2.
The human metatarsal fatigue fracture model was establish and the fracture biomechanical mechanism was studied for providing the reliable correlative theoretical basis for clinical preventing and treading efficaciously.
建立了疲劳性骨折实验模型 ,通过生物力学分析方法研究了跖骨疲劳性骨折机理 ,为有效预防、治疗该创伤的发生提供生物力学理论依据。
3.
Objective To establish the human metatarsal fatigue fracture model and study the fracture biomechanical mechanism in vitro, and provide the reliable correlative theoretical basis for clinical preventting and treading efficaciously.
目的 建立疲劳性骨折实验模型，通过生物力学分析方法研究跖骨疲劳性骨折机理，为有效预防、治疗该创伤的发生提供生物力学理论依据。
3) Tibia fatigue fracture
胫骨疲劳性骨折
4) fatigue fracture of the medial tibial plateau (FFMTP)
胫骨坪中部疲劳性骨折
5) fatigue failure
疲劳折断
1.
This paper,based on the main and failure types of cold blunt mold,such as cotlapsing,worn-away and splitting,studies the durability of fatigue failure of punches.
基于崩刃、刃口磨损、断裂等冷冲模的主要失效形式,探讨了冷冲凸模的疲劳折断耐用度,并提出了提高其耐用度的几种措施。
2.
This paper studied the durability of fatigue failure of complex shapethin-walled carbide punches.
研究了复杂外形薄壁硬质合金凸模的疲劳折断耐用度，提出了预测这种凸模受载次数的推荐公式。
6) flexural fatigue
抗折疲劳
1.
On the base of the domestic and overseas fatigue research, tests were designed and flexural fatigue life, distortion and damage evolvement properties were researched according to the basic mechanics property investigation of SFRC at low temperatures.
本文在国内外有关钢纤维混凝土疲劳特性研究的基础上,通过试验研究了低温钢纤维混凝土基本力学性能和低温下钢纤维混凝土梁抗折疲劳寿命、抗折疲劳变形特性以及损伤特性。
2.
Finally,experimental investigations were conducted on the flexural fatigue of steel fiber reinforced fly ash concrete beams.
本文在理论研究的基础上,首先,对钢纤维粉煤灰混凝土抗压强度和抗折强度进行了试验研究;其次,对钢纤维粉煤灰混凝土经过75次冻融循环后的抗压强度进行了试验研究;最后,对钢纤维粉煤灰混凝土小梁的抗折疲劳特性进行了试验研究。
补充资料：凹陷骨折
凹陷骨折
depressed fracture
为致伤物直接冲击颅盖骨所致，由间接暴力沿脊柱上传造成枕骨大孔区环形凹陷骨折少见。它占颅盖骨折的1/3，多发于颞部，其次为额部和顶部。骨折的尖端常刺破硬膜和损伤脑实质，造成局限性脑挫裂伤和各种颅内血肿及外伤性癫痫。
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