The May 1998 Landslides in the Sarno
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Sloping and Benching Systems
Trenching and Excavation Operations SLOPING AND BENCHING SYSTEMS OBJECTIVES Upon the completion of this section, the participant should be able to: 1. Describe the difference between maximum allowable slope and actual slope. 2. Observe how the angle of various sloped systems varies with soil type. 3. Evaluate layered systems to determine the proper trench slope. 4. Illustrate how shield systems and sloping systems interface in combination systems. ©HMTRI 2000 Page 42 Trenching REV1 Trenching and Excavation Operations SLOPING SYSTEMS If enough surface room is available, sloping or benching the trench walls will offer excellent protection without any additional equipment. Cutting the slope of the excavation back to its prescribed angle will allow the forces of cohesion (if present) and internal friction to hold the soil together and keep it from flowing downs the face of the trench. The soil type primarily determines the excavation angle. Sloping a method of protecting employees from caveins by excavating to form sides of an excavation that are inclined away from the excavations so as to prevent caveins. In practice, it may be difficult to accurately determine these sloping angles. Most of the time, the depth of the trench is known or can easily be determined. Based on the vertical depth, the amount of cutback on each side of the trench can be calculated. A formula to calculate these cutback distances will be included with each slope diagram. NOTE: Remember, the beginning of the cutback distance begins at the toe of the slope, not the center of the trench. Accordingly, the cutback distance will be the same regardless of how wide the trench is at the bottom. -
Urban Planning in the Greek Colonies in Sicily and Magna Graecia
Urban Planning in the Greek Colonies in Sicily and Magna Graecia (8th – 6th centuries BCE) An honors thesis for the Department of Classics Olivia E. Hayden Tufts University, 2013 Abstract: Although ancient Greeks were traversing the western Mediterranean as early as the Mycenaean Period, the end of the “Dark Age” saw a surge of Greek colonial activity throughout the Mediterranean. Contemporary cities of the Greek homeland were in the process of growing from small, irregularly planned settlements into organized urban spaces. By contrast, the colonies founded overseas in the 8th and 6th centuries BCE lacked any pre-existing structures or spatial organization, allowing the inhabitants to closely approximate their conceptual ideals. For this reason the Greek colonies in Sicily and Magna Graecia, known for their extensive use of gridded urban planning, exemplified the overarching trajectory of urban planning in this period. Over the course of the 8th to 6th centuries BCE the Greek cities in Sicily and Magna Graecia developed many common features, including the zoning of domestic, religious, and political space and the implementation of a gridded street plan in the domestic sector. Each city, however, had its own peculiarities and experimental design elements. I will argue that the interplay between standardization and idiosyncrasy in each city developed as a result of vying for recognition within this tight-knit network of affluent Sicilian and South Italian cities. This competition both stimulated the widespread adoption of popular ideas and encouraged the continuous initiation of new trends. ii Table of Contents: Abstract. …………………….………………………………………………………………….... ii Table of Contents …………………………………….………………………………….…….... iii 1. Introduction …………………………………………………………………………..……….. 1 2. -
Earthwork Design and Construction
Technical Fundamentals for Design and Construction April 6, 2020 Earthwork Design and Construction Key Points • The primary objectives of earthwork operations are: (1) to increase soil bearing capacity; (2) control shrinkage and swelling; and (3) reduce permeability. • Particle shape is a critical physical soil property influencing engineering modification of a soil. • Proper water content is essential to economically achieve specified soil density. Purpose and Scope of Earthwork The purpose and scope of earth construction differ for various types of constructed facilities. The major types of earthwork projects include: • Transportation projects, which require embankments, roadways, and bridge approaches. • Water control, which usually involves dams, levies, and canals. • Landfill closures, which need impervious caps. • Building foundations, which must support loads and limit soil movement by shrinkage and swelling. Properly modified soils are the most economical solution for many constructed facilities. To meet structural support requirements, soils at some project sites may require treatment such as the addition of water, lime, or cement. 1 Technical Fundamentals for Earthwork Design, Materials, and Resources The physical chemical properties of project site soils have a major influence on the design of earthen structures and on the resources and operations needed to properly modify a soil. The fundamental properties of a soil include: granularity, course to fine; water content; specific gravity; and particle size distribution. Other properties include permeability, shear strength, and bearing capacity. The engineering design of a soil seeks to provide sufficient bearing capacity, settlement control, and either limit, in the case of dams and landfill caps, the movement of water or facilitate the movement of water in the case of drains, such as behind retaining walls. -
Three Main Groups of People Settled on Or Near the Italian Peninsula and Influenced Roman Civilization
Three main groups of people settled on or near the Italian peninsula and influenced Roman civilization. The Latins settled west of the Apennine Mountains and south of the Tiber River around 1000 B.C.E. While there were many advantages to their location near the river, frequent flooding also created problems. The Latin’s’ settlements were small villages built on the “Seven Hills of Rome”. These settlements were known as Latium. The people were farmers and raised livestock. They spoke their own language which became known as Latin. Eventually groups of these people united and formed the city of Rome. Latin became its official language. The Etruscans About 400 years later, another group of people, the Etruscans, settled west of the Apennines just north of the Tiber River. Archaeologists believe that these people came from the eastern Mediterranean region known as Asia Minor (present day Turkey). By 600 B.C.E., the Etruscans ruled much of northern and central Italy, including the town of Rome. The Etruscans were excellent builders and engineers. Two important structures the Romans adapted from the Etruscans were the arch and the cuniculus. The Etruscan arch rested on two pillars that supported a half circle of wedge-shaped stones. The keystone, or center stone, held the other stones in place. A cuniculus was a long underground trench. Vertical shafts connected it to the ground above. Etruscans used these trenches to irrigate land, drain swamps, and to carry water to their cities. The Romans adapted both of these structures and in time became better engineers than the Etruscans. -
Failure of Slopes and Embankments Under Static and Seismic Loading
American Scientific Research Journal for Engineering, Technology, and Sciences (ASRJETS) ISSN (Print) 2313-4410, ISSN (Online) 2313-4402 © Global Society of Scientific Research and Researchers http://asrjetsjournal.org/ Failure of Slopes and Embankments Under Static and Seismic Loading Nicolaos Alamanis* Lecturer, Dept. of Civil Engineering, Technological Educational Institute of Thessaly, Larissa, Greece, Civil engineer (National Technical University of Athens, D.E.A Ecole Centrale Paris) Email: [email protected] Summary The stability of slopes and embankments under the influence of static and seismic loads has been the subject of study for many researchers. This paper presents the mechanisms and causes of landslides as well as the forms of failure of slopes and embankments under static and seismic loading, with examples of failures from both Greek and international space. There is also mention to measures to protect and stabilize landslides, categories of slope stability analysis, and methods of seismic impact analysis. What follows is the determination of tolerable movements based on the caused damage on natural slopes, dams and embankments and an attempt is made to connect them with the vulnerability curves that are one of the key elements of stochastic seismic hazard. Particular importance is given to the statistical parameters of the mechanical characteristics of the sloping soil mass and to the simulation of random fields necessary for solving complex geotechnical works. Finally, we compare the simulation and description of random fields and the L.A.S. method is observed to be the most accurate of all simulation methods. The L.A.S. algorithm in conjunction with finite difference models can demonstrate the large fluctuations in the factor of safety values and the permanent seismic displacements of the slopes under the effect of seismic charges whose time histories are known. -
Naples - Campania
Naples - Campania The city, capital of Campania, was founded by the Greeks in the 6th century BC. It is one of the oldest continuously inhabited areas in the world. It served as the capital of the Duchy of Naples from 661—1139, the Kingdom of Naples from 1282-1816 then the Two Sicilies until the unification of Italy in 1861. It is now the 3rd largest city in Italy and one of the leading ports in Europe. The historic city center is the largest in Europe and a UNESCO World Heritage Site. Within an easy day out are several notable destinations, including the ruins of Pom- peii, the Amalfi Coast and the Island of Capri. 7 ˄4 6 10> 5 1 3 8 9 2 1. Capella di San Severo 6. Duomo 2. Castel dell’Ovo 7. Museo Archeologico Nationale 3. Castel Nuovo 8. Palazzo Reale 4. Catacombe San Gennaro 9. Piazza del Plebiscito 5. Chiesa di San Domenico Maggiore 10. Vesuvius 1.Capella di San Severo 2. Castel dell’Ovo A jewel in the world’s 15th century building artistic heritage, with on the site of the origi- masterpieces like the nal 6th century Greek “Veiled Christ” and settlement and later a “Disillusion”. The Roman fortress. Just a chapel is one of the short walk from the most impressive city. monuments. 3. Castell Nuovo 4. Catacombe di San Gennaro Built as a fortress in The nucleus of the the 13th century. Catacombs dates back The castle now hous- to the 2nd century AD. es the Municipal Mu- It was probably the seum of Naples with tomb of a noble fami- objects from the me- ly, who then provided dieval period to the spaces for the Chris- 19th century. -
Libro Dell'anno 2020
LIBRO DELL’ANNO 2020 LIBRO DELL’ANNO 2020 LIBRO DELL’ANNO LIBRO DELL’ANNO 2020 2 3 Indice 7 Introduzione 15 Manutenzione Comprensorio Alto 71 Manutenzione Comprensorio Basso 161 Attività Irrigua 203 Opere pubbliche 4 5 L’acqua è vita, ed acqua pulita significa salute william shakespeare Mario Rosario D’angelo Luigi Daniele Commissario Straordinario Direttore Generale Questa pubblicazione vuole raccontare, soprattutto a mezzo delle immagini, l’attività del Consorzio nel corso dell’anno 2020. Quello trascorso è stato un anno molto difficile per tutti che ha modificato, forse per sempre, i nostri comportamenti, lo stile di vita e la tranquilla routine quotidiana. Ci saremmo tutti attesi una presa di coscienza generale sulla necessità, ormai improrogabile, di considerare la salubrità dell’ambiente che ci circonda come requisito indispensabile per poter continuare a convivere serenamente con il mondo naturale ed arrestare il processo distruttivo della nostra casa comune. Ma neanche la pandemia, ha, purtroppo, frenato i comportamenti umani dannosi che, in un contesto del genere, risultano ancor più gravi ed inaccettabili. E’ continuato l’attacco dell’uomo contro la natura, l’ambiente, i nostri corsi d’acqua, noi stessi. Ed in tale ambito l’attività dell’Ente, che non ha subito battute di arresto, pur nel rispetto delle regole imposte dal maledetto virus, è stata di fondamentale importanza per la manutenzione della rete consortile, la riduzione del rischio idraulico, il risparmio della risorsa idrica e la sensibilizzazione dei consorziati ad un comportamento virtuoso teso ad un maggior rispetto dell’ambiente. Ci auguriamo che le immagini del libro, alcune belle, altre che non vorremmo mai più vedere, possano william shakespeare contribuire a risvegliare le coscienze ed indurre la popolazione a collaborare attivamente con la missione che quotidianamente e silenziosamente viene svolta a tutela del nostro territorio. -
Map 44 Latium-Campania Compiled by N
Map 44 Latium-Campania Compiled by N. Purcell, 1997 Introduction The landscape of central Italy has not been intrinsically stable. The steep slopes of the mountains have been deforested–several times in many cases–with consequent erosion; frane or avalanches remove large tracts of regolith, and doubly obliterate the archaeological record. In the valley-bottoms active streams have deposited and eroded successive layers of fill, sealing and destroying the evidence of settlement in many relatively favored niches. The more extensive lowlands have also seen substantial depositions of alluvial and colluvial material; the coasts have been exposed to erosion, aggradation and occasional tectonic deformation, or–spectacularly in the Bay of Naples– alternating collapse and re-elevation (“bradyseism”) at a staggeringly rapid pace. Earthquakes everywhere have accelerated the rate of change; vulcanicity in Campania has several times transformed substantial tracts of landscape beyond recognition–and reconstruction (thus no attempt is made here to re-create the contours of any of the sometimes very different forerunners of today’s Mt. Vesuvius). To this instability must be added the effect of intensive and continuous intervention by humanity. Episodes of depopulation in the Italian peninsula have arguably been neither prolonged nor pronounced within the timespan of the map and beyond. Even so, over the centuries the settlement pattern has been more than usually mutable, which has tended to obscure or damage the archaeological record. More archaeological evidence has emerged as modern urbanization spreads; but even more has been destroyed. What is available to the historical cartographer varies in quality from area to area in surprising ways. -
Documento Di Sintesi Del Piu' Europa Della Città Di Scafati
Comune di Scafati DOCUMENTO DI SINTESI DEL PIU’ EUROPA DELLA CITTÀ DI SCAFATI Documento redatto dall’Agenzia di Sviluppo della Valle del Sarno Patto Agro Spa su incarico del Comune di Scafati – Incarico del 27 agosto 2007 DOCUMENTO DI SINTESI DEL PIU’ EUROPA” Città di Scafati “ Comune di Scafati ANALISI DEL CONTESTO La città di Scafati, con una superficie di 19,76 Kmq, è collocata nel sistema territoriale di sviluppo Agro Nocerino Sarnese, un ambito nella cui perimetrazione, la cui superficie totale è di 175 kmq, rientrano altri 12 Comuni della Provincia di Salerno: Angri, Castel San Giorgio, Corbara, Nocera Inferiore, Nocera Superiore, Pagani, Roccapiemonte, San Marzano sul Sarno, San Valentino Torio, Sant’Egidio Monte Albino, Sarno, Siano. L’intera area denominata anche Valle del Sarno è situata nella vasta piana del fiume Sarno, tra i poli urbani di Napoli e Salerno e presenta una buona accessibilità dall’esterno. La popolazione che risiede nel Comune di Scafati ammonta complessivamente a 50.745 abitanti (Dati Istat – popolazione 2006), con una densità abitativa pari a circa 2.500 abitanti per Kmq. Cenni storici Nell’antichità il territorio di Scafati era diviso dal fiume Sarno e attraversato dalla via Nuceria-Pompeios. Il ritrovamento di un’epigrafe relativa a un ponte sul fiume ha chiarito che il territorio dell’attuale città era diviso tra Pompei e Nocera, rispettivamente a oriente e a occidente. La ricchezza di acqua favorì l’impianto di molte ville rustiche, di cui la più famosa, tra quelle venute alla luce negli ultimi decenni, è Villa Prete. La catastrofe vesuviana del 79 d.C., che distrusse Pompei ed Ercolano, modificò la geografia di Scafati, ma ne arricchì l’economia, giacché il territorio fu rifugio dei profughi e divenne terra di espansione. -
Ancient Rome
Ancient Rome Beginnings Founding • The Latins, an Indo-European-speaking Italic people from central Europe, crossed the Alps about 1500 B.C. and invaded Italy. • Attracted by the warm climate and fertile land, the Latins conquered the native peoples and settled in central Italy. • On the seven hills overlooking the Tiber River, they founded the city of Rome. • (According to Roman legend, the city was founded in 753 B.C. by two descendants of the gods – the twin brothers Romulus and Remus) Life Among the Early Latins The early Latins, a simple, hardy people, • worked chiefly at farming and cattle-raising; • maintained close family ties, with the father exercising absolute authority; • worshipped tribal gods (Jupiter, the chief god; Mars, god of war; Neptune, god of the sea; and Venus, goddess of love), and • defended Rome against frequent attacks Etruscan Territory • Etruscan architecture was created between about 700 BC and 200 BC, when the expanding civilization of ancient Rome finally absorbed Etruscan civilization. The Etruscans were considerable builders in stone, wood and other materials of temples, houses, tombs and city walls, as well as bridges and roads. The only structures remaining in quantity in anything like their original condition are tombs and walls, but through archaeology and other sources we have a good deal of information on what once existed. Etruscan Architecture Etruscan Funeral Urns From Etruscan Rule to Independence Rome was captured about 750 B.C. by its northern neighbors, the Etruscans. From these more advanced people, the Latins, or Romans, learned to • construct buildings, roads and city walls, • make metal weapons, and • Apply new military tactics; The Romans in 500 B.C. -
Finali Provinciali Di Atletica Leggera Salerno Stadio "Vestuti" 04 Giugno 2008
FINALI PROVINCIALI DI ATLETICA LEGGERA SALERNO STADIO "VESTUTI" 04 GIUGNO 2008 SCUOLE PRIMARIE mt.50 CATEGORIA MASCHILE nome e conome scuola citta' POSIZIONE 22 IANNUZZI ANDREA D.D. VALLO D.L. 1 21 D'AMATO ALESSIO D.D. 6 CIRCOLO SALERNO 2 9 PUPPO GIOVANNI 2 PALATUCCI CAMPAGNA 3 2 MENTA ANGELO I.C. BUONABITACOLO 4 10 BARBERA MAURO I.C.PALATUCCI CAMPAGNA 5 17 GRANATO GIUSEPPE 1 C.D. NOC.INF. 6 23 POLICASTRO ADRIANO I.C. SAN GREGORIO MAGNO 7 24 SALVATI ALDO 2 CIRCOLO NOCERA INFERIORE 8 18 PAGANO DAVIDE C.D. SAN MARZANO 9 1 RAIMONDI VINCENZO I.C. FISCIANO 10 8 COSENTINO MARCO 3 C.D. PAGANI 11 14 PUCA MASSIMO CRISTO RE SALERNO 12 25 BONAIUTO LUIGI 2 CIRCOLO SARNO 13 5 ANNUNZIATA GERARDO I.C.VIRGILIO S.CECILIA EBOLI 14 11 SENATORE EUGENIO 2 C.D. MERCATO SS 15 4 LISANTI RAFFAELE 3 C.D. CAVA 16 19 IANNONE DANIELE 3 C.D. NOC.INF. 17 26 VITOLO MASSIMO 2 CIRCOLO SARNO 18 7 FERRAZZI LUIGI 2 C.D. CAVA 19 15 GIORDANO SALVATORE 4 C.D. NOC.INF. 20 16 IZZO MATTIA I,C. LANZARA 21 6 ALTIERI VITO I.C.VIRGILIO S.CECILIA EBOLI 22 13 VERVECE VITTORIO 1 C.D. SARNO 23 12 AVALLONE FRANCESCO AUT 118 SERRADARCE 24 3 BIFOLCO SEAN N.SIG.DEL S.ROSARIO CAVA 25 mt.50 CATEGORIA FEMMINILE nome e conome scuola citta' POSIZIONE 20 POLICASTRO ELVIRA I.C. SAN GREGORIO MAGNO 1 7 VACCARO RAFFAELLA 2 C.D. CAVA 2 4 DI SERIO F.SCA 3 C.D. -
Agro. Piano Di Zona Ambito S1: Si Avvicina Lo Spacchettamento in Tre Presidi
Agro. Piano di Zona ambito S1: si avvicina lo spacchettamento in tre presidi. Tutto ciò che accadrà, in 5 articoli Piano di Zona ambito S1: si avvicina lo spacchettamento in tre presidi Parla la Di Somma SCAFATI/AGRO. Il piano di zona sarà smantellato in diversi presidi territoriali e a guidare l’ambito s1 verso la sua fine sarà la coordinatrice Maddalena Di Somma: questa la decisione del lungo coordinamento del piano di zona ieri pomeriggio in via Libroia a Nocera Inferiore. La decisione è stata presa all’unanimità dai sindaci o dai delegati di Corbara, Scafati, Angri, Sant’Egidio, San Marzano, San Valentino Torio, Sarno, Pagani, Nocera Inferiore e Superiore, Castel San Giorgio, Roccapiemonte e la Provincia di Salerno. Riconfermata per altri sei mesi la coordinatrice Maddalena Di Somma e poi, al via lo smantellamento dei servizi sociali dell’Agro in diverse parti. Nasceranno i bramati presidi territoriali. Invece dell’attuale ambito s1 ci saranno diversi presidi. In primis quello Scafati (attuale comune capofila), Angri, Corbara e Sant’Egidio. C’è poi il presidio Sarno, San Marzano, San Valentino Torio e Pagani. Infine il presidio di Nocera inferiore-superiore, Castel San Giorgio e Roccapiemonte. Una scelta decisamente coraggiosa che però per essere messa in pratica ha bisogno prima di tutto del placet della Regione Campania ma anche e soprattutto di un lungo iter burocratico che quindi implica tempi alquanto lunghi. Ecco perchè si è deciso di lasciare al suo posto Maddalena Di Somma nonostante tutto. Infatti la professionista guiderà il concorso a tempo determinato per circa venti figure professionali fino alla fine e poi contribuirà allo smantellamento burocratico amministrativo del Piano di zona.