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2. Abstracts of papers presented at first international congress on experimental mechanics: November 1–3, 1961 New York, N. Y.
3. Abstracts of papers presented at the Meeting of the Genetical Society of the Netherlands, 18 November 1966, Utrecht
4. Abstracts of papers presented at the Meeting of Genetical Society of The Netherlands, 21 April 1967, Utrecht
5. Studies on paper chromatography: II. Rhythmicity on impregnated filter papers
6. High-temperature strain gages for use in sodium environments: Paper describes calibrating technique whereby the bonded-gage characteristics of each gage can be obtained prior to application. Also, it covers the techniques developed for protecting the gage elements
7. Study on impact phenomenon between a sphere and a layered structure: Purpose of investigation was to obtain a better understanding of the energy loss which occurs when a print hammer or a piece of type strikes a stack composed of ribbon, paper and carbon paper, backed by a platen
8. Machining unreinforced polymers with high-velocity water jets: Paper analyzes slitting data for polycarbonate and acetal; it also reanalyzes the available data for polymethylmethacrylate
9. Development and design of new methods of measurement of state of strain of structures: The application of electromagnetic strain gages, using the Wiedemann effect, is discussed in this paper; other equipment and methods are also covered
10. Low-cycle fatigue-crack indications by strain gages operating in elastic strain fields: Response of resistance-type strain gages installed on the exterior surfaces of boxlike structures undergoing low-cycle fatigue failure is discussed in this paper
11. New evaluations for multiaxial-stress properties of ceramic materials: Paper discusses new theories developed for defining the multiaxial mechanical properties of brittle-type materials based upon their uniaxial values in simple tension, compression and shear
12. Application of scattered-light photoelasticity to doubly connected tapered torsion bars: Research described in this paper was undertaken to determine experimentally the stress distributions in hollow or doubly connected tapered circular shafts subjected to torsion
13. Properties of rocks tested in one-dimensional compression: Paper describes design of apparatus used to obtain static stress-strain data, and reports test results obtained on several types of rocks and sand samples
14. Estimating the dynamic coefficient of friction from experimental data: the motion of a rocket inside a smoothbore launcher: Paper is intended to show how an analytical model can be made to fit the experimental data. The results of the test are reported and a nonlinear analytical model is used which includes both the rotary and forward motion of the rocket
15. Embedded strain gages for the measurement of strains in rolling contact: Paper illustrates application of the embedded-strain-gage technique to the measurement of subsurface strains in rolling contact with nonlimiting longitudinal tangential tractions
16. A method of testing thin webs in shear: Paper discusses the problems associated with in-plane shear testing of thin webs and describes a method of measuring shear strengths and moduli of thin materials
17. Single-strand strainwire technique: Extensions and refinements: Advancements discussed in this paper include rosette strainwire configurations, increased strainwire densities, reduced strainwire gage length and refined instrumentation techniques
18. A comparison of results of axial-tension, rotating-beam and pressurized-cylinder fatigue tests: In this paper, the results of thick-walled-cylinder fatigue tests reported in a previous investigation, extrapolated to a dimeter ratio of unity, are compared to results of axial-tension fatigue tests on the same material
19. The contact problem in solid-ink printing: A study is made of the ink-transfer characteristics resulting from a collision between a type font and a stack of paper and carbon peper. theoretical analysis is compared with experiment
20. The application of the vibrating-wire principle for the measurement of strain in concrete: Paper reviews the methods available for measuring strain in concrete and traces the development of the vibrating-wire technique for this use
21. Examination averages and the balance of papers
22. Fracture resistance of paper
23. Utilization of diversity indices in evaluating the effect of a paper mill effluent on bottom fauna
24. Variable isochromatic/isopachic-fringe visibility in photoholoelasticity: System described in this paper permits the separate determination of isopachic and isochromatic fringes with a continuously variable ratio in visibility
25. Stresses in spheres with concentric spherical cavities under diametral compression by three-dimensional photoelasticity: Experimental solution and calculations of the complete stress distributions along lines of interest using Golecki's equations are presented in this paper
26. The determination of glycerine in polyol mixtures by paper chromatography
27. Holographic and analytic study of a semiclamped rectangular plate supported by struts: This paper discusses the use of holographic interferometry as an engineering aid in a design evaluation, and demonstrates how holography provides experimental results which the elastician and stress analyst require to justify the mathematical model in an analytical study of the design
28. Crack-opening displacements and normal strains in centrally notched plates: Objective of this paper is to determine experimentally the crack-opening displacement along stationary and moving cracks in centrally notched plates subjected to uniaxial tension
29. Simultaneous initiation over large areas of a spray-deposited explosive: Paper discusses an experimental technique for achieving impulsive loading with very short duration over relatively large surfaces
30. Determination of mechanical properties of the bones of the skull: Paper is concerned with experimental procedures and results obtained in tension, compression and shear tests carried out on human skull bone
31. Immunoprecipitation on chromatography paper disks for the determination of mono- and double-labelled specific proteins
32. On the direct measurement of very large strain at high strain rates: Paper describes how the diffraction-grating technique may be modified to measure large dynamic plastic strain for very large strain at high strain rates in the presence of changing light intensity
33. Determination of stress-strain characteristics at very high strain rates: Paper describes experimental technique used for determining stress-strain relations at high strain rates; results are presented from compression tests conducted on aluminum at strain rates from 4000 sec−1 to 120,000 sec−1
34. Solid-propellant grain-to-case bond-stress measurement: Paper describes a study designed to evaluate theoretical approaches to grain stress analysis using experimental data from bond-stress gage
35. Photoelastic determination of stress-intensity factors: Paper describes several methods for calculating the stress-intensity factor from the photoelastically determined stress distributions near the tip of a notch
36. Theoretical and experimental vibration analysis of an oblique space frame: Paper relates analytical and experimental techniques for analysis of indeterminate spatial frames under dynamic loading
37. High-strain-rate testing of rapidly heated conductive materials to 7000° F: Paper describes unique facility to study the time-temperature behavior of materials at temperatures up to graphite sublimation
38. Fatigue-crack growth in polymethylmethacrylate: Effect of frequency, mean and range of stress-intensity factor are covered by the authors in this paper
39. Tensile and compression testing under high pressures, and fluid-to-fluid extrusion of metals: Information on tensile and compressive tests under pressure and on application to the fluid-to-fluid extrusion process is presented in this paper
40. Reduction of strain rosettes in the plastic range: Paper gives the conditions for which the method for the reduction of strain-rosette readings that leads to the values of the principal stresses has been shown to be valid
41. Thorium chelate of β-SNADNS-6 in the paper chromatography of some anions
42. Photoelastic-coating analysis in thermal fields: Objective of paper is to describe the realm of applicability of the photoelastic-coating method for problems involving temperature changes—with existing coating materials—and to prescribe methods for obtaining reliable results with these materials
43. Interference fasteners for fatigue-life improvement: Paper indicates that, in an aircraft structure, the extension of service life by using tapered bolts depends largely on the design of the structure
44. On Saint Venant's principle under dynamic conditions: Paper presents results from preliminary experiments which were undertaken to determine whether, under dynamic conditions, there exists a principle similar to the one which exists under static conditions
45. Paper chromatography of lipides
46. Graphical methods for determining the resulting photoelastic effect of compound states of stress: Paper deals with the graphical calculation of the photoelastic effects caused by principal stresses rotating about the direction of the propagation of light
47. Studies on paper chromatography: 1. Factors affecting ‘Rf’ and ‘S’ values in the case of impregnated filter papers
48. Techniques for measuring stress-strain relations at high strain rates: Paper reviews briefly some of the experimental techniques for measuring the stress, strain and strain-rate relationship, and points out some of the difficulties and shortcomings. Also, experimental techniques used by author are explained and typical results presented
49. The mechanism of peak broadening in paper chromatography
50. Moiré study of anticlastic deformations of strips with tapered edges: Principal objective of paper is to verify the theoretical deformations for optimally tapered strips by experiments using the moiré method
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