Prodajem Republic Of Gamers ASUS OC Panel II koji je upotpunosti ispravan i testiran. U ovoj ceni dolazi samo panel bez kabla za povezivanje i bezmetalne fioke za 5,25. Ovaj uredjaj omogucava nadzor sistema u realnom vremenu i podešavanja u tri režima. Normalni režim ima OC Panel II unutar kucista; Rezim kontrole ventilatora vam omogucava da koristite konzolu kao „ otvoreni” OC testni sto, dok u ekstremnom režimu radi kao spoljna konzola. Za sve režime, njegov jasan ekran od 2,6 inča omogućava vam da budete potpuno informisani i kontrolišete maksimalnu dostupnu snagu. Brend: Asus Model: OC Panel II

Specifikacija Komentari Klasa procesora AMD® Athlon™ X4 Model X4 950 Broj jezgara procesora 4 Radni takt 3.5GHz Turbo frekvencija 3.8GHz Procesorsko ležište (socket) AMD® AM4 Keš memorija 2MB L2 Proces izrade 28nm TDP 65W (maksimalno) Pakovanje Box Reklamacioni period 36 meseci Ocenite proizvod: * Pošalji

Intel Celeron G5900TE Tray Proizvođač: Intel Podnožje ( soket ): 1200 Broj jezgara: 2 Clock brzina: 3.0 GHz Maks. Potrošnja u W: 35 Garantni rok: 3 Godine 5.01 5.0

Intel i7-6850K Proizvođač: Intel Podnožje ( soket ): 2011-V3 Broj jezgara: 6 Clock brzina: 3.6 GHz Garantni rok: 3 Godine 2.65 2.6

Intel Pentium G5420T Tray Proizvođač: Intel Podnožje ( soket ): 1151 Broj jezgara: 2 Clock brzina: 3.2 GHz Maks. Potrošnja u W: 35 Garantni rok: 3 Godine 5.01 5.0

Intel i3-9100F Proizvođač: Intel Podnožje ( soket ): 1151 Broj jezgara: 4 Clock brzina: 3.6 GHz Garantni rok: 3 Godine 4.36 4.3

AMD Ryzen 3 2200G Proizvođač: AMD Podnožje ( soket ): AM4 Broj jezgara: 4 Clock brzina: 3.5 GHz Maks. Potrošnja u W: 65 Garantni rok: 3 Godine 5.01 5.0

Udruženje emajliraca Jugoslavije, Zagreb, 1980.god. tvrd povez, 376 strana, knjiga ima potpis bivšeg vlasnika i dobro je očuvna

58963) TRANSONIC AERODYNAMICS NUMERICAL ANALYSIS , Petrović Z. , Stupar S. , Mechanical Engineering Faculty University of Belgrade 1996 ; Contents : 1 Introduction 1.1 Preliminary Remarks. 1.2 Governing Equations 1.3 Simplifications to the Governing Equations 1.3.1 Definition of an Adiabatic Flow. 1.3.2 Definition of an Irrotational Flow 1.3.3 Crocco`s Theorem 1.3.4 Isentropic Gas Relation 1.4 Algebraic Form of Energy Equation for Steady Adiabatic Flow 1.5 The Isentropic Form of the Energy Equation 1.6 The Momentum Conservation Laws. 1.7 Isentropic Shocks vs. `Real World Shocks` 1.7.1 Rankine-Hugoniot approach 1.7.2 Isentropic approach 1.8 Techniques for Handling Shocks in Potential Flow Calculations 1.9 Summary 2 Transonic Small Disturbance Equation 2.1 Preliminary Remarks. 2.1.1 Treatment of Flow Angle of Attack 2.2 Definition of Disturbance Potential 2.3 Boundаry Conditions for Flow at the Body Surface 2.4 Derivation of the TSD Equation 2.5 Properties of the TSD Equation. 2.6 Finite Difference Terminology 2.7 Conservation Form vs. Non-Conservation Form 2.8 Finite Difference Expression Form of the TSD Equation in Subsoni 2.9 Murman-Cole Switching in supersonic Regions 2.10 Discretization Error Associated with Equation (2.2) 2.11 Loss of Conservation Property due to Switching 2.12 Murman-Cole Switching in Conservation Form 2.13 Application of Boundary Conditions 2.13.1 Region Ahead of the Leading Edge: (1 2.13.2 Region of the Slit: (ILE SITE) 2.13.3 Region Downstream of the Trailing Edge: (ITE << Imax 2.14 Far Field Boundary Conditions 2.15 Relaxation Procedure for the TSD Equation 2.15.1 Gauss-Seidel Scheme 2.16 The Point Successive Over-Relaxation (SOR) Scheme 2.17 The Line Gauss-Seidel Iteration Scheme 2.18 The Thomas Algorithm 2.19 Solution of the SLOR Scheme to TSD Equation 2.20 Summary 3 The Transonic Full Potential Equation 3.1 Introduction 3.2 Jameson`s Rotated Difference Scheme 3.3 Transformation of the Continuity Equation to a Curvilinear Coordina System. 3.4 Boundary Conditions. 3.4.1 Boundary Condition at the Solid Surface 3.4.2 Boundary Conditions at the Far Field... 3.5 Governing Equation for Axisymmetric Flows in the Transformed Plan 3.6 Construction of the Body-Fitted Coordinate system... 3.6.1 H-grid, algebraic approach 3.6.2 O-grid, algebraic approach. 3.7 Construction of C-Grids Around Airfoils 3.8 Generation of the Orthogonal Grid... 3.9 Discretization of the Governing Equation 3.10 Computation of Metrics at Half Points 3.11 Computation of Densities and Contravariant Velocities.. 3.12 Relaxation Procedure for Solving the Full Potential Equation 3.12.1 Interior Points 3.13 Summary 4 Numerical Technique for Designing Airfoils 4.1 Introduction. 4.2 Optimization Approach 4.2.1 Design Objective 4.2.2 Design Point 4.2.3 Starting Point. 4.2.4 Design Variables 4.2.5 Design Constraints 4.2.6 Black Box. 4.3 CONMIN to Black Box Coupling. 4.3.1 Optimization Process 4.4 Inverse Design Techniques. 4.5 Carlson`s Inverse Design Technique.. 5 Unsteady Transonic Potential Flow 5.1 Introduction. 5.2 Governing Equations 5.3 Unsteady Transonic Small Disturbance Equation 5.4 Boundary Conditions. 5.5 Low-Frequency Approximation 5.6 Characteristic of the Low-Frequency Transonic Small Disturbance Equation. 5.7 Discretization of the Low-Frequency Small-Disturbance Equation. A Solution of the diagonal system of equations A.1 Three diagonal Equation System A.2 Quad-Diagonal Matrix System B Selected Papers paperback, size 20,5 x 29 cm , English , 152 pages

tvrd povez dobro ocuvano 1 Power Generation Systems is the first to focus on protection of motors and generators from a power generation perspective. It also includes workbook constructions that allow students to perform protection-related calculations in Mathcad® and Excel®. This text provides both a general overview and in-depth discussion of each topic, making it easy to tailor the material to students` needs. It also covers topics not found in other texts on the subject, including detailed time decrement generator fault calculations and minimum excitation limit. The author clearly explains the potential for damage and damaging mechanisms related to each protection function and includes thorough derivations of complex system interactions. Such derivations underlie the various rule-of-thumb setting criteria, provide insight into why the rules-of-thumb work and when they are not appropriate, and are useful for post-incident analysis. The book`s flexible approach combines theoretical discussions with example settings that offer quick how-to information. Protective Relaying for Power Generation Systems integrates fundamental knowledge with practical tools to ensure students have a thorough understanding of protection schemes and issues that arise during or after abnormal operation.

Proizvođač: Intel Model: G5905 Tip procesora: Intel Celeron Socket: Intel 1200

Osnovne karakteristike Tip Vazdušno hlađenje Procesorsko ležište (socket) AMD® AM4, AMD® AM5, Intel® 115x, Intel® 1200, Intel® 1700 Broj toplotnih cevi 4 Upotreba Za centralne procesore (CPU) Ventilatori Broj ventilatora 1 Dimenzije 120mm x 120mm x 26mm Ležište FDB - Fluid Dynamic Bearing Broj obrtaja 500rpm - 1.800rpm + 300rpm Protok vazduha 13.94cfm - 50.18cfm Vazdušni pritisak 0.75mmH2O - 2.7mmH2O Nivo buke 17.2dB(A) - 27.5dB(A) Boja Crna Fizičke karakteristike Dimenzije 159mm x 120mm x 66mm Materijal Aluminijum, Bakarne toplotne cevi Boja Crna Ostalo Ostalo RGB osvetljenje, Termalna pasta u pakovanju Reklamacioni period Reklamacioni period 24 meseca Brend NZXT Posebna šifra

Kategorije Procesori Hlađenje Reference US_AN2208

Kategorije Procesori AMD procesori Reference DS_26080

Tip Vodeno hlađenje Procesorsko ležište (socket) AMD® AM3+, Intel® 1155, AMD® AM3, AMD® FM1, Intel® 2011, AMD® FM2, Intel® 775, Intel® 1366, Intel® 1156, AMD® AM2+, Intel® 1150, AMD® FM2+, AMD® AM2, Intel® 2011-3, Intel® 1151, AMD® AM4 Upotreba Za centralne procesore (CPU) Nivo buke <8dBA Dimenzije 157mm x 119.6mm x 27mm Materijal Aluminijum Broj ventilatora 1 Dimenzije 120mm x 120mm x 25mm Broj obrtaja 650rpm - 2.000rpm ± 10% Protok vazduha 66.7cfm ± 10% Vazdušni pritisak 2.34 mmH2O ± 10% (Max) Nivo buke 6dBA - 30dBA Boja Crna Boja Crna Reklamacioni period 2 godine

Model Celeron G5925 Podnožje 1200 (10. generacija) Radni takt Base 3.6 GHz Broj fizičkih jezgra 2 Broj logičkih jezgra 2 Keš memorija L3 : 4MB Proizvodni proces 14nm TDP 58W Tip pakovanja Tray Integrisana grafika Intel® UHD Graphics 610 Maksimalna brzina memorije DDR4-2666 MHz Maksimalna podržana memorija 128GB

Osnovno Klasa procesora - Intel Core i3 Model - i3-10105F Broj jezgara procesora - 4 Broj logičkih jezgara (niti) - 8 Radni takt - 3.7GHz Turbo frekvencija - 4.4GHz Procesorsko ležište (socket) - Intel 1200 Keš memorija - 6MB Intel® Smart Cache Proces izrade - 14nm Magistrala - 8 GT/s TDP - 65W Podržane tehnologije - Hyper-Threading, Identity Protection, Intel® AES New Instructions, Intel® Boot Guard, Intel® Optane™ Memory Supported, Thermal Monitoring, Virtualization Pakovanje - Box Napomena - Isporučuje se sa fabričkim Intel® hladnjakom Reklamacioni period - 36 meseci

KNjiga1/Study and prepare for the recreational and private airplane,helicopter,gyroplane,glider,baloon,airship,powered parachute,and weight-shift control faa knowledge exams. Knjiga 2/Computer testing supplement for recreational pilot and private pilot

6. IZDANJE NAJPOZNATIJE KNJIGE IZ ARHITEKTURE I DIZAJNA! Što je za istoriju umetnosti Jansonova knjiga to je u oblasti dizajna interijera upravo ova knjiga. Nije slučajno da se upravo ona i naziva „biblijom dizajna interijera`. Interijeri Arhitektura Dizajn na više od 700 stranica daje detaljan hronološki pregled razvoja, glavnih karakteristika dizajna i uređenja enterijera od praistorije, preko drevnih civilizacija Egipta i antičke Grčke, pa sve do današnjih dana i moderne umetnosti. Posebna pažnja je posvećena povezivanju političkih, ekonomskih i socijalnih komponenti koje su uticale na razvoj dizajna i arhitekture kroz istoriju. Kroz knjigu se opisuje dominantni uticaj dizajna i vrlo uska povezanost untrašnjeg uređenja i arhitekture. Predgovore hrvatskom izdanju knjige napisali su prof. dr. sc. Feđa Vukić, prof. dr. sc. Nenad Fabijanić i Maroje Mrduljaš, d.i.a. ʺSvaka knjiga širi horizont bez otvaranja prozora! Ova govori o visokim dometima iz širokog vremenskog, stilskog i sadržajnog odabira antologijskih primera enterijera i dizajna. Ta se kolekcija nezaustavljivo menja, puni svakim trenom i na mnogim mestima, inspirisana potrebom za zdravim i ugodnim, dostojnim i civilizovanim životom. Još uvek, na žalost, ne za svakoga i svugde. Direktna i lako proverljiva poruka uključuje misao: I ovu ćete knjigu držati u ruci u nekom enterijeru. Osvrnite se!ʺ - Nenad Fabijanić, prof.dr.sc. Kratki sadržaj: I. STARI SVIJET Dizajn u pretpovijesti Egipat Stari istok II. KLASIČNI SVIJET Grčka Rim III: SREDNJI VIJEK Ranokršćanski i bizantski dizajn Romanika Gotika Islamski svijet IV. ISTOK Indija Kina Japan V. RENESANSA Italija: od renesanse do neoklasicizma Španjolska: od španjolsko-maurske umjetnosti do neoklasicizma Francuska: od renesanse do neoklasicizma Engleska: Od renesanse do neoklasicizma Afrika VI. NOVI SVIJET Pretkolumbovska Amerika Rana Amerika VII. MODERNI SVIJET Devetnaesto stoljeće Dvadeseto stoljeće A. SHERRILL WHITON je utemeljitelj i prvi predsednik New York School of Interior Design i utemeljitelj savremenog dizajna enterijera. STANLEY ABERCROMBIE je glavni urednik časopisa Interiors and Interior Design. Objavio je više od 10 knjiga i predavao je na Harvard Graduate School of Design direktor Society of Architectural Historians na kojoj su studirali i neki poznati svetski arhitekti kao Frank Gehry, I.M. Pei, Henry N. Cobbi, Farshid Moussavi i mnogi drugi.

dobro stanje

miomir kostić tvrd pvoez odlično očuvna msob

ARCHICAD Organizacija izrade projektne dokumentacije ARCHICAD u 30 koraka Vodič kroz ArchiCAD 9 Interaktivni vodič kroz Archicad 10 Interaktivni vodič kroz Arhicad 12 Pet knjiga. Veoma očuvane. Pokoja flečica i malo zaprljane na bočnim stranama.

Izdavač: McGraw-Hill Broj strana: 875 Povez: tvrd Visina: 23 cm Odlično očuvana, ne deluje da je čitana. Predmetne odrednice: analiza mreže, mreža, strujno kolo (kola), struja, Kirhofovi zakoni, Gustaf Kirhof, Kirchhoff`s circuit laws, otpornici, kapacitet, indukcija, impedansa, strujna kola prvog reda, Tellegen`s theorem, Telegenova teorema, Bernard Telegen, Bernard Tellegen, Laplasova transformacija, matrice, determinante, diferencijalne jednačine

Izdavač: McGraw-Hill Book Company, Inc. (New York, Toronto, London) Broj strana: 1197 Povez: tvrd + omot Visina: 24 cm Stanje: ★★★★★ O autoru: Keith Henney (IRE Associate, 1918; Member, 1926; Senior Member, 1943: and Fellow, 1943) was born in McComb, Ohio, on 28 October 1896. He received the B.A. degree from Western Reserve University, Cleveland, Ohio, in 1921, and the M.A. degree from Harvard University, Cambridge, Massachusetts, in 1925. In 1912, Henney had his first experience with radio via a crystal detector and a two-slide tuner. He had his first experience in publishing in Marion, Ohio, where he was a cub reporter on the anti-Harding daily paper. His radio experience continued by means of rotary spark gaps, Thordarson 1-kw transformers, and glass plate condensers in his amateur station 8ZD. He remained a radio amateur, and in 1962, he was operating W1QGU in New Hampshire and K2BH in New York. In 1923, Henney joined the technical staff of the Western Electric Company. The next five years were spent developing a radio laboratory for Doubleday Doran & Company, publishers of `Radio Broadcast.` In 1929, he published his first book, `Principles of Radio,` and in 1962, it reached the sixth edition. He became Associate Editor of `Electronics` upon its founding by the McGraw-Hill Book Company, Inc., New York, N.Y., founded `Electronics,` in 1930, and appointed Henney Associate Editor. The publisher named him Managing Editor in 1934; Editor-in-Chief in 1935; and Consulting Editor in 1946. The following year (1947) he became Editor of `Nucleonics and retired from McGraw-Hill in 1961. Henney edited `Radio Engineering Handbook` (1933), which reached its fifth edition by 1962. He spent his career publishing and editing a variety of technical books related to radio, electronics, and photography. He published `Electron Tubes in Industry` (1934) and `Color Photography for the Amateur` (1938) and co-edited the `Handbook of Photography` (1939). In 1962, Henney was a member of the Harvard Club of New York City; a Fellow of the IRE; a Fellow and Past President of the Radio Club of America, and an Associate of the Photographic Society of America. He served as a Director of the IRE from 1945 to 1948. The IRE awarded Henney a plaque at the 1944 Rochester Fall meeting for `His many years of unselfish service to the radio and electronics industries through the technical press.` Predmetne odrednice: radio inženjering, uputstvo, izrada, komunikacija, indukcija, otpornici, električno kolo, monitoring, televizija, faksimil, avijacija, signalna komunikacija, šifrovana komunikacija, kodirana komunikacija, radiotelegraf

In four languages Ganz nach dem Vorbild ihres Lehrers präsentierten auch seine Schüler der Öffentlichkeit die eigenen Entwürfe in aufwendig gestalteten Architekturpublikationen, die zum überwiegenden Teil aus Abdrucken ihrer Architekturzeichnungen bestanden. Dabei wurden diese Zeichnungen nicht einfach wie Gemälde isoliert reproduziert. Mit Hilfe von Rahmenleisten formte zum Beispiel Jan Kotera aus seiner Entwurfszeichnung einer Idealstadt am Ärmelkanal gemeinsam mit dem Layout der Buchseite eine graphische Einheit. Veduten, Embleme des britischen Königreichs und der Republik Frankreich und selbst die Beschriftung schloss er mit ein. Besondere Bedeutung bekam auch rein dekoratives, ornamentales Beiwerk wie Lorbeerkränze oder Oscar Felgels originelle Idee, seinen Entwurf einer Hafenstadt mit dem maskenhaften Antlitz von Zierfischen zu schmücken. Parallel dazu, wie sich der architektonische Stil Wagners und seiner Schüler entwickelte, verfestigte sich allmählich auch das Layout der Buchseiten zu streng symmetrischen Gebilden aus Linien und Farbflächen. Wie bei einem Villenentwurf von Oscar Felgel zu sehen, wurde der Baukörper der abgebildeten Architektur in der Zeichnung nicht mehr plastisch modelliert. An Wunibald Deiningers Entwurf der Villa Loser erkennt man, dass nun auch die Beschriftung der Zeichnung wie ein Ornament behandelt und gestaltet werden konnte. Selbst die verschiedenen Darstellungsarten einer Architekturzeichnung wurden genau durchdacht miteinander kombiniert. Ernst Lichtblau beispielsweise verflocht den Aufriss seines Gebäudes für die Forst- und Domänendirektion in Bosnien, der schon in der Strichbildung und Linienführung sehr aufwendig gestaltet ist, so mit der Beschriftung und den Grundrissdarstellungen, dass die Grundrisse beinahe einen schmückend-ornamentalen Charakter annehmen. Auch wie die Umgebung eines Bauwerks dargestellt wurde, ist bemerkenswert: Jan Kotera beispielsweise isolierte am Aufriss seines Hauses Peterek am Prager Wenzelsplatz die Fassade von den benachbarten Häusern und hinterlegte seinem Gebäude eine reine Farbfolie aus einer schwarzen Fläche, die annähernd die Traufhöhen der Nachbarhäuser andeutet. Dazu fügte er einen falschfarbenen Himmel, der in leuchtend hellem Gelb erstrahlt – ein zeichnerisches Motiv, auf das auch Karl Dorfmeister bei seinem gigantischen Projekt einer Volksoper auf dem Kahlenberg zurückgriff. Auf Marcell Kammerers Villenentwurf für Lovran scheint sich das Grün der Pflanzen im Himmel zu spiegeln. Diese besondere Farbwahl könnte durchaus auf die drucktechnischen Möglichkeiten abgestimmt gewesen sein, die es erlaubten, Abbildungen nicht ausschließlich im klassischen Schwarz-Weiß, sondern auch in Blau-Weiß, Grün- oder Orange-Weiß zu reproduzieren. Richard Kurdiovsky