Auswahl der wissenschaftlichen Literatur zum Thema „Bolton, Ken, 1949-“

Giornali degli Scavi: A,VI,6 (May 1912–Mar. 1929): 452 (29 Nov. 1926); 458 (3 Dec. 1926). A, VI,7 (Apr. 1929–Dec 1935): 209 (28–29 July 1932); 210 (29, 31 July 1932); 215 (2–3 Aug. 1932); 216 (3 Aug. 1932); 218 (10 Aug. 1932); 218–19 (13 Aug. 1932). Elia 1934: 265–70. The façade of this house was excavated in November 1926, the entrance on 29 November (GdSc A,VI,6: 451–3). The house was completely excavated between 28 July and 13 August 1932 (GdSc A,VI,7: 209–18). Present location: unknown, not inventoried at time of excavation. Description: presumably cylindrical pivot lining to line the base of the wooden pivot pole of the main entrance door. See cat. no. 285. Present location: unknown, not inventoried at time of excavation. Discussion: possibly door handle for the main entrance. Present location: unknown, not inventoried at time of excavation. Discussion: probably from main entrance door and frame. Dimensions: l.: 45 mm. Description: small bronze slide key with a large suspension ring (diam.: c.20 mm) and L-shaped bit. Three remaining teeth. Present location: Pompeii Collection, CB (inv. no. 5093). Discussion: This probably originally had five teeth (see Stead 1986: 137 fig. 59, nos. 371–2), similar to Manning type 2 (1985: 93, fig. 25.7), and was used in a tumbler lock. Its small size suggests that it was from storage furniture. See discussion on locks and keys. Dimensions of case: 85 mm × 85 mm × 30 mm. Description: Fragmentary iron lock consisting of a lock case and the remains of iron fastening bars (max. preserved l. of fragment: 120 mm), iron key and bronze bolt. Lock case with iron attachment nails in the corners and in the middle of each side. Iron key (l.: 70 mm), with suspension ring (diam. c.23 mm) and L-shaped bit, preserved in the lock. Bronze bolt made from a solid strip of bronze (dimensions: 70 mm × 15 mm × 6 mm) with a key pattern of five triangular holes arranged in two rows. Small cylindrical bronze rod (l.: 16 mm), probably part of a tumbler, inserted into one of the triangular holes.

Giornali degli Scavi A,VI,7 (Apr. 1929–Dec. 1935): 174–5 (11–12 Apr. 1932) Elia 1934: 339–40. The recording of the excavation for this area is very summary, recording the height at which objects were found but with no mention of the condition of the volcanic deposit. Description: fragments from the neck of an amphora with an inscription in red on each side. Inscription: a. ‘ΛAX’; b. ‘F’. Present location: unknown, not inventoried at time of excavation. Reference: inscription: Della Corte 1933: 317, no. 334. Discussion: see discussion on amphora. Dimensions: diam.: 35 mm; h.: 6 mm. Description: Plano-convex bone disc with a central hole (diam.: 6 mm). Convex surface decorated with two groups of concentric incised lines. Flat surface with two faint incised lines. Present location: Pompeii Collection, CB (inv. no. 4903). Discussion: probably a spindle whorl (see cat. no. 1048). Dimensions: preserved l.: 210 mm. Description: Bone implement of tapering circular section (max. diam.: 10 mm), the larger end decorated with three concentric incised lines and terminating in a pear-shaped knob. Other end broken. Present location: Pompeii Collection, CB (inv. no. 4904). Discussion: Probably a spindle. See discussion on punteruolo. Dimensions: diam.: 110 mm. Discussion: pot with rounded body and lid. Present location: unknown, not inventoried at time of excavation. Discussion: the diameter similar to cat. no. 1901. Dimensions: l.: 121 mm; h.: 17 mm; max. w.: 13 mm. Description: large bronze lock bolt with a key pattern consisting of three rows of holes, the central row of three rhomboid holes, and the outer rows each of three circular holes. Present location: Pompeii Collection, CB (inv. no. 4901). Discussion: Probably from large tumbler lock (see cat. no. 149). See discussion on locks and keys. Dimensions: l.: c.150 mm (GdSc). Description: key with five teeth and a suspension ring. Present location: left in Casa del Menandro at time of excavation (inv. no. 4902). Discussion: Possibly similar to cat. no. 136. See discussion on locks and keys. Dimensions: l.: 130 mm and 90 mm (GdSc). Description: two nails of common type. Present location: unknown, not inventoried at time of excavation.

Earthquakes have played a major role in the evolution of the Mediterranean landscape. They are the most important geohazard in the region and huge sums are invested annually in seismic monitoring, hazard zoning, and earthquake prediction, and in the design of earthquake-resistant buildings and infrastructure. Large earthquakes of magnitude >7.0 have been recorded across the region and the archaeological record shows that earthquakes have posed a major hazard to human settlements for thousands of years (Ambraseys 1971; Shaw et al. 2008; Bottari et al. 2009; Figure 16.1 and Table 16.1). The study of Mediterranean seismicity started about 2,400 years ago when the first earthquake catalogue was compiled in ancient Greece (Papazachos and Papazachou 1997; Guidoboni et al. 1994). This key development predated, by several centuries, the construction of the first seismograph in China (Bullen and Bolt 1985). Since these early developments a great deal of research has been carried out to improve our understanding of earthquakes and associated hazards in the Mediterranean region and to provide protection from them. Earthquake resistant buildings—such as houses with timber bracing—were introduced in Asia Minor in the seventeenth century (Kirikov 1992; Simopoulos 1984; Stiros 1995) and the first strict anti-seismic construction regulations were implemented on the island of Levkas, Greece, in the nineteenth century under British Rule (Stiros 1995). The first ‘modern’, regional-scale earthquake maps and catalogues were compiled as early as the middle of the nineteenth century (Mallet 1858). Despite this progress, the death toll from Mediterranean earthquakes is still high and earthquakes in the region continue to surprise geoscientists. For example, the diffuse pattern of seismicity that is especially characteristic characteristic of the eastern Mediterranean (Figure 16.2) is not easily reconciled with existing plate tectonic models, and many faults that are believed to demarcate plate boundaries (such as the Jordan Rift) are currently quiescent (Figure 16.3). Similarly, the 1995 Grevena-Kozani earthquake was a surprise for scientists, for it hit the heart of what was believed to be an aseismic region in northern Greece (Stiros 1998a). Furthermore, key aspects of the geodynamic background of the Mediterranean region remain a matter of debate.

The current work covers the technological and marketing advantages brought by the application of augmented reality to the tourism cluster for the development of the territorial brand “done on the Don”. The task of the study consists of understanding the interdependence of meta-processes that will help to formalize the media effect of augmented reality. The article explores key concepts from the works of David Alteide and Robert Snow (1979; 1988), Marshall McLuhan (1964; 1967), Bolter and Grusin (1999), and Lefebvre (1984).

Analytical life prediction methods have been developed for high temperature turbine and valve bolts. For 1CrMoV steel bolt material, long time creep-rupture and stress relaxation tests were performed at 450°C, 500°C, and 550°C by the National Research Institute for Metals of Japan. Based on analysis of their data, the isothermal creep behavior can be described using a power law: ε=Kσn(t)m+1 where ε is the creep strain, t is the time, σ is the stress, K, n, and m are material constants. The time power is a primarily a function of temperature, but also depends slightly on stress. To obtain the v

Abstract A mold base is a set of fixturing components for mounting the mold onto an injection machine. Since the components have been highly standardized, mold base designers usually select components from a catalog and integrate them into complete mold bases. One of our goals is to support this way of a mold base design process. A system can help a designer by generating product data of a mold base from relative positions of components and by rearranging the whole specification of the mold base according to designer’s modification. The system should be so flexible that it can provide operatio