Metal engravings. History of development and types of metal engraving techniques

UDC 658.7

ON THE QUESTION ABOUT THE CONCEPT OF “TRANSPORT HUB”

Klimenko Vladimir Vitalievich

candidate of historical sciences, associate professor,

Moscow State University

railways, Moscow, Russia

Email:[email protected]

TO THE QUESTION ABOUT THE CONCEPT HUB

Klimenko Vladimir Vitalievich

S.H.S., Associate Professor.

Moscow state University of railway engineering,

Moscow, Russia

The article substantiates the need to expand the concept of a transport hub. A new definition of a transport hub and prospects for its application are proposed.

Keywords:Transport system, transport hub, economic zone

The article substantiates the need of expand the definition of hub. A new definition is proposed transport hub.

Key words:Transport system, hub, economic zone

Transport hubs play a huge role in the transport system and in the economy of any country as a whole. This fact is an axiom in the expert community. At the same time, the very concept of “transport hub,” in our opinion, cannot yet be considered exhaustively disclosed!

IN scientific literature There are many options for defining a “transport hub,” but they can all be combined into two groups.

The first group includes definitions that consider transport hubs. as crossing points of two or more types of mainline transport, solving the problems of transportation and redistribution of goods and passengers.

The second group includes definitions that characterize a transport hub as a complex of corresponding transport devices in an area that ensure the functioning and interaction of several types of mainline transport that serve transit, local and urban transportation of goods and passengers, a set of transport processes, control and management tools.

In general, these definitions correctly reflect the essence of such a phenomenon as a transport hub. In the second case, the definition is somewhat broader than the first, which reflects both the evolution of the transport hubs themselves and their deeper understanding. But in both cases, it prevails technical view on this most important element transport system countries!

Indeed, a transport hub can only arise where several modes of transport intersect and it becomes possible to transfer passengers or transfer goods from one mode of transport to another. Thus, the definition of a transport hub is based on the opportunity it creates for changing modes of transport in order to continue the movement of people or goods. At the same time, it is important to pay attention to the fact that transport hubs play a role here serving role!

However, the modern economy, developing integration processes in it, innovative technologies, and logistics services objectively pose new, much more complex tasks for transport hubs and at the same time increase their capabilities and role in the economy of states and the world as a whole. Because of this, in our opinion, the traditional definition of a transport hub, as a tool for understanding reality, becomes insufficient! This is felt both in research and practical work.

Let us give just a few arguments.

Thus, in scientific and specialized literature for quite a long time, when studying the problems of the country’s transport system, transport hubs and their role in its development, going beyond the traditional (technical) understanding of a transport hub has been indicated. They talk about the largest cities as transport hubs (Moscow, St. Petersburg, Novosibirsk, etc.) But these are huge cities and entire territories that consist not only of transport hubs in the technical sense of the concept! And in the government programs for the development and modernization of the Moscow and Murmansk transport hubs, in essence, we are talking about the development of entire territories!

In the works. dedicated to urban planning policy, especially in major cities, the infrastructure of transport hubs is subject to the same requirements as urban architecture. For example, one of the leading trends has been the construction of multifunctional station complexes that combine railway infrastructure, office buildings, retail facilities, and social and cultural premises.

Increasingly, the development of transport hubs in Lately is also associated with solving environmental problems.

The experience of the formation and functioning of large international transport hubs indicates that over time, various types of industrial enterprises are created near or even on the territory of transport hubs (Rotterdam, Shanghai, etc.). They actually become, by their interaction, economically part of transport hubs. In some cases, transport hubs operate as special economic zones of the UAE).

The leading trend in global development is the formation of a new, network economy. Transport and other communications become its framework. And transport nodes in this network economy begin to play some kind of role new role in comparison with the old, traditional one! In particular, integrated communication systems are being formed, including transport routes, information channels, and energy networks. Transport hubs will also be transformed under the influence of these processes.

In the very definitions of transport hubs in modern literature More and more new terms are being used: hub, transport and logistics clusters, transport and industrial clusters, integrated multimodal transport hub, etc. The diversity of these definitions indicates that, firstly, transport hubs evolve under the influence of changing economic reality. Secondly, the largest transport hubs as a phenomenon today already represent a more complex and diverse formation.

Functions and tasks that are solved at transport hubs and with their help are significantly expanded. Accordingly, their role in the national and global economy is increasing. Their structure and management system are becoming more complex. The territory in which they are located and operate is expanding.

All this indicates, in our opinion, that the leading trend in the evolution of transport hubs is their transformation into economic zones that become integral part, an element of a national and global economic system that is increasingly complex and deeply integrated. As a result, the approach to transport hubs, scientific and practical view on them.

In our opinion, taking into account the above, a modern transport hub could be defined as a socio-economic zone formed on the basis of intersecting main transport routes of various types, in which the problems of ensuring the transport process are solved, as well as the use of the transport system to solve problems of economic, spatial and socio-cultural development of regions.

The proposed definition is complex. It reflects the more complex and growing role that transport hubs can and should actually play in society.

It is very important that if traditional definition actually assigns to transport hubs serving role, then the new emphasizes them active role in all spheres of socio-economic life of the country and the world. It expands the potential of transport hubs in terms of its use for economic development and modernization! Transport hubs are becoming an important tool of modern socio-economic policy.

Of course, the proposed definition, firstly, does not cross out or exclude concepts established in science. It proposes to change the perspective of the study and development of transport hubs. Make it primarily economic. Secondly, it is most suitable for introducing integrated logistics into practice. And thirdly, it will make it possible to create a model towards which existing transport hubs will evolve in the process of creating a new economy.


The Moscow transport hub is one of the largest in the world. It permeates almost the entire territory of the capital region and extends over an area of ​​over 40 thousand square meters. km within the Great Moscow Circular (BMO) Railway. The MTU includes: 11 railway lines, 2 circular railway rings (over 550 km), intracity railway lines, 202 railway stations (12 marshalling and 157 freight), an extensive network of access railway tracks; 13 major highways and 3 ring highways; 5 river ports, an extensive network of waterways connected to the Baltic, Caspian, Azov and Black seas; 4 airports (3 of which have international significance), a network of domestic and international airlines.
As the main functional elements of the MTU, it includes: cargo yards and cargo areas designed to perform cargo processing operations (loading, unloading, transshipment, temporary storage, sorting, etc.), equipped with appropriate technical means and structures; warehouse complexes; container sites; cargo terminals and multimodal terminal complexes; rolling stock and container repair workshops; driveways; shunting rolling stock; main lines of communication; administrative buildings and auxiliary structures; service departments and other elements of logistics infrastructure.
The general transport hub can be considered simultaneously with different positions: from a topological point of view - as a docking point different types transport; from a technology point of view, it is a place where different modes of transport work together, operating on the basis of a single transport and technological process; from the point of view of technical interaction of modes of transport - in the form of a complex of engineering structures, Vehicle and mechanisms at the point of connection between different modes of transport.
From the perspective of a market economy, MTU should be considered as the basis of a regional integrated macro-logistics system with a wide range of logistics functions throughout the entire transport and distribution chain from shipper to consignee.
The geopolitical significance of MTU is determined by its extremely favorable geographical location- at the intersection of the main cargo flows along the ITC No. 9 "Helsinki - St. Petersburg - Moscow - Kiev", No. 9-a "Moscow - Astrakhan" and "Moscow - Rostov-on-Don - Novorossiysk" and No. 2 "Berlin" - Minsk - Moscow - Nizhny Novgorod" It is planned to extend the corridor to Yekaterinburg with access via the Trans-Siberian Railway to the Far Eastern ports, which will help ensure foreign economic relations Russia with states Western Europe and the Pacific region, as well as with the states of the Baltic, Caspian and Azov-Black Sea basins.
From the perspective of intermodal cargo transportation in MTU greatest interest represent packaged unit cargo and cargo in containers. By expert assessments JSC "Mosavtoprogress", the volume of processing of packaged cargo at the Moscow railway junction is 10.7 million tons and for the period until 2005 it is predicted to be about 17.0 million tons. The volume of cargo processing in containers at the stations of the Moscow railway junction is about 5.4 million tons (over 400 thousand containers per year) with a projected increase by 2005 to 8.6 million tons (over 750 thousand containers per year).
Currently, a powerful base for processing containers, heavy and packaged cargo has been created in the area where the MTU is located. In total, there are more than 30 container terminals and sites located in it, not counting cargo yards with warehouses and technical facilities located on them. The total area of ​​cargo terminals, warehouses and container sites exceeds 1 million square meters. m, which allows you to receive and send more than 5,000 containers and process about 15,000 tons of cargo per day. Work is nearing completion on the creation of an international intermodal terminal with a design capacity of 150 thousand 20-foot containers per year at the Moscow-Tovarnaya-Yaroslavskaya station (Severyanin Square), together with the American company Beabul.
Work is underway to create a Moscow railway junction unified system information support for transport and forwarding services for consumers, based on corporate transport service centers. The organization of a system of branded transport services, informatization of basic technological processes, improvement of interaction with users of railway transport services, as well as with other modes of transport, are of fundamental importance for the organization of railway transport in accordance with market principles.
Moscow Railway devotes exclusively great attention development of container and piggyback transportation. Multimodal transportation of foreign trade cargo is carried out, as a rule, in standardized containers. The Moscow Railway is testing special rolling stock for piggyback transportation. The railway infrastructure along pan-European corridors is being brought into line with international standards.
International combined transport requires new forms of commercial work and operation with the involvement of transport process operator companies. In addition, it will be necessary to create new types of specialized railway rolling stock, in particular high-speed specialized platforms for transporting large-tonnage containers. To implement a system of accelerated container and piggyback transportation at MTU, to develop and equip the Russian part of international transport corridors passing through the territory of MTU, according to some estimates, $400 million is needed for the period until 2005.
To ensure coordination and interaction of railway and other modes of transport, MTU will need to carry out a set of organizational, economic, production and technological measures, introduce new technologies for the transportation process, and improve regulatory framework and bring it into line with international standards, primarily when organizing multimodal transportation of foreign trade goods.
The final chord in coordinating the work will be the creation of logistics centers in large transport hubs on the information base of the DCFTO and CFTO of the Ministry of Railways of Russia, combined with information technology, used on other modes of transport, in particular based on standard E01 protocols.
Road transport occupies an extremely important place in the development of transport and economic relations in the Moscow region. For the period until 2005, an increase in road transport is projected to reach 50 million tons. important role in the implementation of a set of program measures for the development of intermodal transportation of goods carried out via the ITC in MTU.
The Russian part of the Cretan corridor No. 9, passing through MTU, includes the highways: Moscow - St. Petersburg, Moscow - Bryansk - Kiev, Moscow - Simferopol, Moscow - Ryazan. The total volume of cargo transported by road on these routes is about 13.5 million tons; by 2005, 19 million tons are predicted.
The Russian part of the Cretan Corridor No. 2 includes the highways: Moscow - Minsk, Moscow - Nizhny Novgorod. The forecast value of international road freight traffic along transport corridor No. 2, passing through MTU, by 2005 is estimated at 10.0 million tons, which is more than 1.5 times higher modern level, amounting to 6.2 million tons (2000).
The role and significance of the Moscow water transport hub in the formation and development of the RLTRS of the capital's metropolis are determined by the functioning of such deep-water connections as the channel named after. Moscow, Volga-Baltic and Volga-Don canals, which make it possible to organize connections between the Moscow transport hub and the North- West direction with the states of the Baltic, North Seas and in the Southern direction - with the states of the Caspian, Azov, Black and Mediterranean seas. A unified deep-water system has been created in the Moscow water transport hub, through which large vessels pass, including mixed river-sea navigation with calls at the ports of Moscow. Mixed navigation vessels allow transportation without transshipment from river to sea transport and vice versa.
As a result, on many main routes where intermodal transport is carried out, it has become possible to eliminate the costly transshipment of goods and speed up their delivery, as well as to switch hundreds of thousands of tons of cargo from rail and sea transport and expand the scope of river transport, especially in intermodal communications. In the future, there will be an increase in intermodal transportation of goods, especially in containers, which will require the development of technical means of transport of a new generation, in particular the introduction of universal ro-ro ships, container ships, refrigerated ships necessary to ensure the supply of food to Moscow from Western Europe in the mixed river traffic -sea".
According to preliminary estimates, the cargo turnover of the Moscow water transport hub, taking into account the development of cargo transportation along the international transport corridor No. 9 for 2005, is projected for export-import cargo in the amount of 500 thousand tons. Considering that perishable food products are imported to Moscow in significant quantities from Western Europe products, in the future, it would be advisable, if shipping companies have refrigerated vessels for mixed navigation, to transport them using water transport.
Behind last decade In Russia, an intensive process of development of the market for transport, forwarding and logistics services was carried out. A competitive environment has been created, especially in the field of international transportation of goods and their servicing. The growth of cargo transportation volumes in MTU is greatly influenced, in addition to intraregional factors, by external factors of an economic-geographical and socio-political nature. A significant part of the cargo processed at MTU is subsequently exported to other regions, which is essentially a hidden form of transit. This circumstance increases road congestion and leads to deterioration of road transport and environmental situation in the region, but at the same time contributes to the growth of commercial and government agencies and, accordingly, replenishment of the federal and local budgets in the form of tax revenues.
The favorable location of MTU - at the intersection of the ITC passing through Russia - determines the specifics of its activities, aimed not only at meeting the internal needs of the Moscow region for the transportation and processing of goods, but to a large extent - at servicing foreign trade cargo flows traveling along the ITC.
Considering that the cargo generation of the Moscow region is influenced by the international transport corridors passing through the MTU, a segmentation of the region’s territory was carried out based on the principle of gravity towards the zones of influence of the main cargo flows traveling in intercity and international traffic along the Russian part of the international transport corridors (No. 9 and No. 2). The basis of segmentation was the selection from the total cargo flow of terminal-oriented cargo, which constitutes the main share in the total volume of cargo transportation in international and intercity traffic.
The dynamics of transportation of terminal-oriented cargo by road and rail with distribution by zones of gravity to the main cargo flows formed along the ITC routes is presented in Table. 5.19.
Segmentation of MTU by main directions of cargo flows and level of cargo generation is presented in Fig. 5.19.
The first segment “North - North-West” includes the territory gravitating to the northern and north-western parts of the MTC No. 9 “Helsinki - Saint Petersburg- Moscow". There is a heavy traffic flow here. Thus, the volume of terminal cargo moving to in this direction, amounted to 8.1 million tons in 2000, or 34% of the total cargo flow of MTU. In the future, a significant increase in cargo flows is expected (up to 11.9 million tons in 2005); an increase in cargo flows mastered by water transport is also possible due to the development of intermodal river-sea transport in containers. Here, the construction of a multimodal terminal complex in the area of ​​Dmitrov with a focus on servicing mixed river-sea vessels can play a significant role.
Within the second segment “East” there is a territorial zone gravitating towards the eastern section of the MTC No. 2 “Moscow - Nizhny Novgorod”.
Table 5.19. Dynamics of transportation of terminal cargo (packaged and in containers) by road and rail with distribution by zones
gravity towards the ITC routes, million tons

Transportation directions

1995

2000

2005 (forecast)

1. North - North-West

10,2

15,9

20,4

(corridor No. 9) - total,




including:




automotive

9,3

14,7

18,5

railway

0,9

1,2

1,9

2. West (corridor No. 2) - total,

2,4

3,5

4,7

including:




automotive

1,6

2,5

3,1

railway

0,8

1,0

1,6

3. South - Southwest

3,5

5,5

7,0

(corridor No. 9) - total,




including:




automotive

3,3

5,2

6,6

railway

0,2

0,3

0,4

4. South-East (corridor No. 9-a) -

9,3

14,5

18,8

everything, including:




automotive

8,1

12,9

16,2

railway

1,2

1,6

2,6

5. East (corridor No. 2) - total,

5,0

7,5

10,0

including:




automotive

4,0

6,2

7,9

railway

1,0

1,3

2,1

Total

21,9

29,8

43,1

A promising direction for the development of this segment is the expected significant increase in cargo flows in connection with the extension of the transport corridor from Nizhny Novgorod to Yekaterinburg with subsequent access along the Trans-Siberian Railway to the Far Eastern ports. The volume of terminal cargo transportation in this direction in 2000 amounted to 5.1 million tons and is projected for the period until 2005 at the level of 7.6 million tons.
The third segment “South-East” included the territory gravitating towards MTC No. 9-a (Kashirskaya and Ryazan highways) with access to Astrakhan and Novorossiysk. This zone has the largest volume of terminal cargo transportation (packaged and in containers) heading towards Rostov-on-Don and Novorossiysk, as well as to the Caspian Sea (Astrakhan). The volume of cargo transportation was estimated in 2000 at 8.5 million tons and in 2005 (forecast) at 12.6 million tons.
In addition to container transportation on the Novorossiysk - Moscow route, an experimental piggyback transportation took place. The piggyback train included 23 specialized platforms with road trains with imported cargo and one passenger car for drivers. The annual flow of cargo by road in this direction is 37 thousand road trains. For this direction, the Russian Ministry of Railways has established competitive tariff rates for transportation of road trains and semi-trailers by specialized route piggyback trains.
The fourth segment of the ITU “South - South-West” includes a zone of gravity towards the southern and south-western parts of transport corridor No. 9 with a direction to Kyiv and Simferopol. The volume of transportation of terminal cargo passing through this segment amounted to 4.6 million tons in 2000, or 12% of the total volume of transportation of terminal cargo at this hub. In the future on-BALTIKA
Transport corridor No. 9 Helsinki - St. Petersburg - Moscow - Rosgov-nv-Don - * Novorossiysk * Astrakhan
URAL
Legend :
border of the Moscow region
highway
railways
waterways
Gdonshortny corridor I* 2 Berlin - Warsaw -
- shaves - Moscow -
- Nizhny Novgorod gt;
- Ekaterinburg

There is a slight decrease in the share of this segment (up to 11.3%) due to the switching of part of the freight traffic to corridor No. 9-a.
The fifth segment “West” includes the territory gravitating towards the western section of the MTC No. 2 “Berlin - Minsk - Moscow”. In 2002, the volume of terminal cargo transportation in this direction was relatively small and amounted to 3.5 million tons, or 7.6% of the total volume according to MTU. In the future, until 2005, cargo traffic is expected to increase to 5.4 million tons. Big influence The growth of cargo and goods traffic in the Western direction may be influenced by the planned construction in the Minsk direction of a large International Logistics Transport and Distribution Center, which will provide the necessary level of transport and logistics services that meets international standards.

Surely, every person before the important birthday of his friend or loved one I was thinking about a gift. Indeed, it is very difficult to choose a thing that would amaze with its beauty and elegance. It’s too commonplace to purchase personalized mugs or portraits, paintings or unusual things... But there is a way out - metal engraving. Such wonderful gift, made to order, with an image or inscription, can be called a real work of art that will not leave anyone indifferent! The sea will bring such a gift positive emotions and impressions, besides, it will look beautiful in any interior.

A Brief History of Metal Engraving

The distinctive beauty and sophistication of metal engraving was appreciated several thousand years ago. Archaeologists in Eurasia have found many bronze items dating back to the first millennium (jewelry, daggers, dishes and axes), which were decorated by masters with engravings. As a rule, these were skillful ornaments of flora and fauna, mystical creatures and people. Throughout the entire period of the formation of the art of engraving, two artistic directions were born: line and armor carving. The first is produced by the technique of applying cutting in the form of contour lines or strokes on a smooth, even metal surface. The second type is armor engraving - a technique for applying reliefs with an in-depth background or with voluminous, convex processing of the elements that are depicted.

Metal engraving became popular in Europe already in the fifteenth century. Then the craftsmen processed the metal using a cutter and a gravel, which they used to apply drawings to a polished metal board. Through blows and mechanical action, the design, step by step, “transferred” to the material and became a real decoration.

Modern metal engraving

The development of technology allows modern masters carry out beautiful and quick application of the necessary elements on the metal. Metal engraving in the 21st century happens self made, laser and electromechanical. The appearance of the engraving depends on this. Modern technologies allow each stroke to be accurately and subtly applied to the required element and create real works of art, and the masters, passing on ancient secrets to each other, complement the work with the knowledge of their ancestors. Thus, in the end, a metal engraving becomes a real decoration and the best gift!

Advantages of metal engraving as a gift

Nowadays it is becoming popular to give beautiful and sophisticated gifts. Engraving is one of these. The fact is that since ancient times it has served in a wonderful way to make a thing of its kind one of a kind in the world, unique, inimitable. When engraved, an ordinary, faded souvenir becomes bright, unsurpassed, and unique. If you cover the necessary gift precious metal, it will become a real valuable heirloom! Yes, such pleasure is not cheap, but it is really worth it. Even a simple inscription made on metal will speak of excellent taste and the desire to please the hero of the occasion with something special. Such a gift is for all occasions, it will become not just a memory, but will take first place among and will be passed on from generation to generation!

Metal engraving as an art form arose during the Renaissance. A bunch of famous artists worked in the technique of engraving. Works are known not only on plates, but also on daggers, swords, and bracelets. There are many techniques, each with its own aesthetics and language.

Today, metal engraving is experiencing a rebirth. Thanks to the use of new technologies, it is possible to create a unique masterpiece to order.

Metal engraving

History and technology

New genres and trends took root more easily in engraving than in painting, which is why many Renaissance artists willingly turned to this type of art. His works could be replicated in hundreds of copies, they became available to wide sections of the population. In addition, engravings brought in good income.

The first engravings served a purely practical purpose: they were used to print images of saints and playing cards.

The very first to appear was engraving. It required effort on the part of the artist. Using a chisel (cutter), the master created strokes, overcoming the resistance of the metal. It is characterized by mintness and at the same time expressiveness of the figures. Albrecht Durer worked in this technique. His three works “The Knight, Death and the Devil”, “Saint Jerome in the Cell” and “Melancholy” are considered masterpieces of engraving art and still cause controversy among art critics.

Etching

It was invented in the 16th century. This method bears little resemblance to working with a graver. An artist doesn't have to put in so much effort. The etching needle easily scratches the film, which ensures smooth, light lines. An etching is similar to a drawing, while a chisel is more likely associated with a sculptural bas-relief.

Landscapes, portraits, and sketches were made using this technique. Van Dyck worked in the genre of etching - he created portraits of his contemporaries. The works of students of Rubens-Snyders and Jordaens are known. Rembrandt created a number of masterpieces.

Metal engraving in the genre of etching flourished in France in the 18th century. Francois Boucher was not only an artist, but also an outstanding etcher in the Rococo genre. The master's series depicting intimate, street scenes, life of the peoples of the East. He made a number of engravings based on Watteau's drawings. Boucher's works are grace, sophistication and freedom of composition.

In Russia, not many masters worked in the etching genre. The heyday of this genre occurred in the 19th century. Ivan Shishkin, Andrey Somov, Taras Shevchenko worked in this technique.

Sword engraving

Aquatint, a type of etching, allows you to create engravings with a wider range of tones. Francisco Goya did a lot for the development of this genre. He is known as the inventor of a system of techniques in this technique. Aquatint remains one of the most complex techniques and in our time. It requires a workshop and a number of tools.

Other techniques

  1. Mezzotint - another type of metal engraving - allows you to obtain a special depth and velvety tones. This technique is also used to produce color printing. The technique was invented in the 17th century. The artists Johann Pichler, John Farber and an outstanding artist of the 20th century worked there. Maurits Cornelius Escher.
  2. Drypoint, unlike etching, does not require engraving or etching. Strokes are applied not only with steel, but also with a diamond cutter. The softness and unusualness of the impression is given by the barba - a groove with burrs. Rembrandt and Durer worked in this technique (along with other genres of engraving). Many artists of the 20th century practiced the drypoint technique: Max Beckman, Milton Avery, David Milne, etc.
  3. Mederite - metal engraving, which became famous in Belarus XVII-XVIII centuries. The metal was etched with nitric acid. Mederite was used in cartography and book publishing.
  4. Several other techniques are known, for example, soft varnish, lavis, reserve. Some artists work in mixed media, which allows you to create your own unique style.

Engraving continues to attract artists in our time. Today, laser and electromechanical engraving are common. There are a number of workshops that specialize in performing work using this technique.

Unlike woodcut printing, in which the “printing” design is raised, the design on a metal board consists of recessed strokes, either cut with a chisel or etched with acids. Therefore, this kind of engraving is called “in-depth”.

There are several types of metal engraving.

1. CARVING ENGRAVING

The earliest type of metal engraving, invented in the mid-15th century, was the so-called chisel engraving. The design in it was scratched or cut out with deep lines on a copper board using special cutters - gravers. Sharp protrusions that formed along the edges of the cut grooves were cleaned off with a smoothing iron. After this, the board was ready for printing. The paint was applied to the entire board in such a way that it would fit tightly into the grooves, into the deep strokes of the design. Then the board was wiped dry, and the paint remained only in its deepest parts. By pressing wet paper under strong pressure against such a board, which absorbed the paint, an impression was made on it.

The absence of fiber, which made it difficult to work on wood engravings, made it possible to do metal engraving strokes in any direction and any thickness. The grid of strokes itself could be as dense as desired. Therefore, despite the labor-intensive nature of this technique, it opened up immeasurably greater possibilities in conveying volumes, light and shade, and perspective compared to wood-edged engraving. And this was one of those conquests that the art the so-called Renaissance.

The greatest master of reproduction engraving on copper was the Italian Marcantonio Raimondi. In his engravings he reproduced paintings of the great Italian artists- Leonardo da Vinci, Raphael, Michelangelo, as well as other painters.

However, very soon engraving ceased to be just a means of reproducing painting and acquired the character of an independent art form.

The first great artist most Albrecht Dürer (1471-1528) devoted his creativity to the art of engraving.

He lived in an era when a widespread movement began in Germany masses, which required art to intervene more actively in public life.

The invention and development of printing contributed to the implementation of this task. Artists now have the opportunity to appeal to wider circles of people.

In his works, Dürer, while preserving traditional religious and allegorical plots, figuratively embodies the phenomena of the reality around him. For example, in the engraving “Rest on the Flight to Egypt,” using the Gospel legend, Dürer depicts a contemporary German village. Maria and Joseph look like simple peasants relaxing among the typical German landscape that is well known to the artist. rural landscape with houses under a high” pointed roof, with a fence made of poles. The whole scene is filled with great lyrical warmth, which is greatly facilitated by the subtle transmission of light, softly enveloping all objects. This engraving is made on wood. But Dürer here significantly enriches the technique of cut engraving. Not limiting himself to contour lines alone, he supplements them here and there with subtle shading, creating the illusion of light and shade. Thanks to this, places left clean are perceived not just as a white sheet surface, but as a transparent and light air environment.

Dürer in his art relies on the unreal properties of nature. He studies anatomy and tries to derive mathematically accurate, perfect proportions of the human body; studies perspective, which helps to depict space and volume with scientific accuracy. Although he was a painter, he worked especially hard as an engraver. He owns the most perfect of woodcut engravings, but his best creations belong to the field of metal engraving. Such are his unrivaled performances of “Saint Jerome” (Appendix 6), “Knight, Death and the Devil” and “Melancholy”.

In the engraving "Saint Jerome" Durer again uses biblical image. But instead of the saint traditionally depicted in the desert, Durer's Hieronymus is a wise and calm old man who sits in a room full of many living details characteristic of a 16th-century German house. However, instead of reading scripture The old man is engaged... in engraving. This work is a wonderful example of the use of all the possibilities of engraving. Here, not only are all objects accurately outlined and executed in volume, but also the warm sunlight (precisely solar!) light flowing through the windows into the room is conveyed with great conviction.

In the engravings “Knight, Death and the Devil” and “Melancholy” the artist speaks a completely different language. During the turbulent period of the beginning of the Reformation, knightly uprisings and the approach Peasant War 1525, Dürer seems to express his thoughts on the fate of Germany in a complex allegorical, sometimes encrypted form.

Chisel engraving is technically very labor-intensive. It requires a lot of work on the board, but it gives especially great accuracy and clarity in conveying the space and volume of objects. Therefore, it is no coincidence that engraving reached its greatest flowering precisely in the Renaissance, when art was faced with the task of understanding and reflecting the real world, when in painting, too, the desire for clear and distinct forms, completeness and definiteness of composition and design prevailed.

Later, starting from XVII century, engraving is increasingly turning into just a means of painting reproduction.

In the 18th century, it was especially successful as an illustration in scientific and art books and albums. In Russia, engraving appeared at the turn of the 17th and 18th centuries under Peter I as a technique for creating geographical maps, drawings in scientific books, large sheets with images of battles on land and sea, festivals and portraits. Her recognized masters There were brothers Alexey and Ivan Zubov at that time.

Later, in the 18th century, Russian art nominated remarkable engravers-portraits E. Chemesov and G. Skorodumov. They sought to emphasize the features of a living person, to introduce psychologism, liveliness and simplicity of the image into the portrait. Therefore, their work broke out of the narrow framework of official portraits. This is especially true for the engravings and etchings of E. Chemesov, which are also distinguished by their rare skill and variety of strokes. “Self-Portrait” (Appendix 7) is one of best works Chemesova.