1. What is known as the linear Compressibility can be determined by measuring the linear deformation of a solid under hydrostatic pressure

2. Mechanical deformation of hard tissues (like wood, shell and bone) may be analysed with the theory of linear elasticity.

3. All aforementioned services related to linear-motion, namely ball screws, linear guides for machines, linear stages, linear bearings, gantry systems, linear actuators, linear motors, Xy positioning tables and linear transfer machines

4. Modelling of deformation behaviour.

5. Under excessive tensile strain, the tubes will undergo plastic deformation, which means the deformation is permanent.

6. The theory takes into account the stretching phenomenon of affine transformation and retransformation down to colloidal dimensions and can solve therefore directly the differential equations of non-linear deformation behaviour.

7. Other applications of Crustal deformation include studying hydrologic changes such as draughts and groundwater extraction, and volcanic deformation.

8. The orefield structure resulted mainly from simple shear progressive deformation, and tectonic deformation was in synchronism with mineralization.

9. Non - linear

10. linear regression.

11. non linear

12. Linear alkylbenzene

13. Linear guideway

14. Bivariate linear regression analysis is the simplest linear regression procedure

15. Armature of coreless linear motor and coreless linear motor using same

16. Bilinear (not comparable) (linear algebra, of a function in two variables) Linear (preserving linear combinations) in each variable.

17. Linear difference equations.

18. H-equivariant) deformation functor of X/H (resp.

19. Aerostatic linear guide for a carriage driven by a linear motor

20. Linear Algebra Appl.

21. Depreciation is linear.

22. A helical spring has great flexibility and large deformation.

23. Linear antifriction bearing

24. Linear roller bearing

25. Creep is high temperature progressive deformation at constant stress

26. The material law takes into account non-linear secondary creep and linear elasticity.

27. Line-heating method reflecting forced deformation, and system thereof

28. Automatically Tuned Linear Algebra Software (ATLAS) is a software library for linear algebra.

29. And then you have this notion of whether it is linear or non- linear.

30. Linear actuator control system

31. Aeroelasticity refers to the deformation of an airplane’s wing in …

32. Burst excited linear prediction

33. Linear and Multilinear Algebra.

34. Blocks (for linear guideways)

35. He's making linear measurements.

36. A relationship is established between riverbed deformation and ice accumulation.

37. The deformation includes well-developed stretching lineations and shearing zones.

38. Vibration resistant linear potentiometer

39. The creep mechanical model of the solidified shell deformation in mold and the heat elastic mechanical model of the mold cupper tube deformation were built too.

40. Preferential deformation of high angle planar sets reflects the susceptibility of loosely packed (coarse) foresets near the angle of repose in high stage transverse bars to deformation.

41. However, the deformation behavior of Cementite has not been understood well

42. Polymer mems having more controlled relationship between deformation and actuation voltage

43. Remember there should be a balance between holding force and deformation

44. 3 \Reduce" the Linear Congruences The rst step is to simplify all the linear Congruences

45. Alternating load examinations at 250 N and 500 N in 30 sowbone patellae showed a significantly increased deformation (mean 1.5 mm) in tension belt osteosynthesis, whereas the deformation after i and 2 XS-Nail osteosynthesis showed lowered deformation than the control, non-osteotomised patellae.

46. Accumulative roll bonding (ARB) is a severe plastic deformation (SPD) process

47. Image measurement device and method for measuring deformation of civil structure

48. The apparatus prevents excessive deformation and cracking of the drill rod.

49. Seismic waves are a common example of this type of deformation.

50. 8.1 Bifurcations in linear systems

51. Adaptive linear predictive coding/decoding

52. Adaptive non-linear echo compensator

53. 4.4 Solving Congruences using Inverses Solving linear Congruences is analogous to solving linear equations in calculus

54. Alphonist Texture linear filtering is output

55. A linear graph should be obtained.

56. Method and apparatus for linear ablation

57. Linear splines need at least # points

58. Again linear symmetrical molecules are best.

59. 9 The deformation of level foundation is generally symmetric of road central line and the deformation of slope foundation is mainly concentrated on the border side of the declivity.

60. Danba area has undergone multiperiod deformation, metamorphism and magmatism since Mesozoic time.

61. We start by defining linear Congruences.

62. Solving Linear Equations with Matrix Algebra

63. A linear relationship may be assumed.

64. There are four clinically significant types of Anomaly: malformation, disruption, deformation, and …

65. Contrast research using the unit cell model and the plane deformation model.

66. Linear Convector LC Series Spec Sheet

67. Dosimetry Laboratory Adds Linear Acceleratory Capability

68. Algebra and Number Theory; Linear Algebra

69. Linear compressor and corresponding drive unit

70. Remember that a linear system is a bunch of equations -- say, a 3x3 linear system is three different equations.

71. The linear prediction coding coefficient is created through a linear prediction coding analysis for a high frequency signal.

72. Hierarchical Classifier; Linear Classifier; Deductive Classifier

73. Piston rod for a linear actuator

74. Adjustment of the linear reduction factor

75. Figure-1: Linear Classifiers and their Usage

76. Code excitation linear prediction encoder and decoder

77. 8 Again linear symmetrical molecules are best.

78. Detection and adaptation are not linear processes, thus theories for flicker vision must include linear and nonlinear processes.

79. In the abstract formulation of linear algebra, matrices are replaced with linear transformations of finite-dimensional vector spaces.

80. The treatment of engineering dynamics is almost invariably linear, although examples of simple non-linear formulations are provided.