(n.) The property of a metal which allows it to be drawn into wires or filaments.
(n.) Tractableness; pliableness.
Example Sentences:
(1) Mechanical and biomechanical testing of a new bone cement suggests that improved load transfer to the proximal femur could be achieved with the combination of a cement having a lower modulus, a greater ductility and a lower creep resistance than polymethylmethacrylate and a suitably shaped femoral component.
(2) The above materials were generally ductile and the mechanical properties indicated a useful class of materials for clinical use.
(3) Results indicated that excellent welds can be obtained with very little loss of strength and ductility in the area of the weld joint.
(4) These materials could not be used in load-bearing applications because of the excessive grain growth and loss of the wrought structure of both the commercially pure Ti and Ti-6Al-4V substrates, and the loss of ductility in the cast Co-Cr-Mo alloy.
(5) Cast and hot isostatically pressed Ti-6Al-4V, however, has a relatively low ductility and reduced fatigue properties.
(6) Furthermore, it has been shown that the attainment of suitable strength is invariably associated with an unacceptable level of ductility.
(7) The effect of stress on a cantilever, consisting of a ductile alloy in contact with a brittle polymer, was demonstrated to be complex.
(8) The presence of the urethane bond at the N-terminus protecting group was found to reduce solubility, ductility, and processibility, probably due to interchain hydrogen bonding.
(9) Analysis of the stress-strain curves revealed a transition in the type of deformation at this point from pseudo-ductile to brittle.
(10) This composition is consistent with the hypothesis that the cement line provides a relatively ductile interface with surrounding bone matrix, and that it provides the point specific stiffness differences, poor 'fiber'-matrix bonding and energy transfer qualities required to promote crack initiation but slow crack growth in compact bone.
(11) The parameters used to assess performance were sharpness, resistance to bending, and ductility.
(12) maize starch and polymeric materials, there was an increase in the yield pressure with punch velocity attributable to a change either from ductile to brittle behaviour or a reduction in the amount of plastic deformation due to the time dependent nature of plastic flow.
(13) The purpose of this research was to evaluate the torsional strength and ductility of CP titanium in the as received condition, heat treated below the alpha----beta transition temperature, and glass bead blasted.
(14) In the present effort, the same flexure tests were reevaluated to include the parameters of stiffness, toughness, and ductility.
(15) The proximal end is ductile and the distal end rigid.
(16) A more ductile PLLA exhibiting a lower rate of degradation was prepared by extraction of low molecular weight compounds with ethyl acetate.
(17) The ductility and malleability of pure silver allow for ease of adaptation or alteration as a chairside or operating room procedure.
(18) (3) The simulated ceramic firing cycle created a small amount of ductility in SMG-2, but the lowering of the yield stress in Ceramco-0 renders the welds dangerously weak even with improved ductility.
(19) The fracture of the titanium specimens was ductile, with dimples occurring at the fracture surfaces.
(20) The superior ductility of needles made by one manufacturer was related to the specific alloy, stainless steel ASTM 45500, used in their production.
Fracture
Definition:
(n.) The act of breaking or snapping asunder; rupture; breach.
(n.) The breaking of a bone.
(n.) The texture of a freshly broken surface; as, a compact fracture; an even, hackly, or conchoidal fracture.
(v. t.) To cause a fracture or fractures in; to break; to burst asunder; to crack; to separate the continuous parts of; as, to fracture a bone; to fracture the skull.
Example Sentences:
(1) after operation for hip fracture, and merits assessment in other high-risk groups of patients.
(2) It is suggested that the Japanese may have lower trabecular bone mineral density than Caucasians but may also have a lower threshold for fracture of the vertebrae.
(3) Three of the patients had had fractures of the femoral neck.
(4) Anatomic and roentgenographic criteria used for the assessment of reduction in ankle fractures are highlighted in this review of ankle trauma.
(5) The decline in the frequency of serious complications was primarily due to a decrease in the proportion of patients with open fractures treated with plate osteosynthesis from nearly 50% to 19%.
(6) Two cases of posterior lumbar vertebral rim fracture and associated disc protrusion in adolescents are presented.
(7) The most important conclusion of both conferences was that oestrogen substitution can significantly reduce the incidence of fractures in postmenopausal women.
(8) From 1978 to 1983 in the Orthopedic University Clinic (Oskar-Helene-Heim, Berlin) 75 children with fractures of the distal humerus received medical treatment.
(9) Fractures which occur near the base of the dens have a low propensity to unite spontaneously.
(10) These unusual fractures are not easily detected on the routine three-view "hand-series."
(11) Internal fixation of these pathological fractures appeared to be the best treatment.
(12) Thirteen patients had had a posterior dislocation with an associated fracture of the femoral head located either caudad or cephalad to the fovea centralis (Pipkin Type-I or Type-II injury), one had had a posterior dislocation with associated fractures of the femoral head and neck (Pipkin Type III), two had had a posterior dislocation with associated fractures of the femoral head and the acetabular rim (Pipkin Type IV), and three had had a fracture-dislocation that we could not categorize according to the Pipkin classification.
(13) The incidence of femur fracture in non-cemented hip arthroplasty has been reported to be between 4.1% and 27.8%.
(14) In open fractures especially in those with severe soft tissue damage, fracture stabilisation is best achieved by using external fixators.
(15) By measurement and analysis of the changes in carpal angles and joint spaces, carpal instability was discovered in 41 fractures, an incidence of 30.6%.
(16) Conservatively treated compressed fractures of the distal radius dorsal metaphysis healed despite primarily good reduction and consequent treatment with a decrease in dorsal length.
(17) Unstable subcapital fractures and dislocation fractures of the humerus can usually be set by closed reduction.
(18) Formation of the functional contour plaster bandage within the limits of the foot along the border of the fissure of the ankle joint with preservation of the contours of the ankles 4-8 weeks after the treatment was started in accordance with the severity of the fractures of the ankles in 95 patients both without (6) and with (89) dislocation of the bone fragments allowed to achieve the bone consolidation of the ankle fragments with recovery of the supportive ability of the extremity in 85 (89.5%) of the patients, after 6-8 weeks (7.2%) in the patients without displacement and after 10-13 weeks (11.3%) with displacement of the bone fragments of the ankles.
(19) In 17 patients with femoral neck fractures who were between 15 and 40 years old the incidence of aseptic necrosis in patients followed more than 2 years was 18.7 per cent.
(20) The fracture can be treated arthroscopically by rigid internal fixation, while at the same time treating possible associated lesions.