TECHNICAL PROGRESS OF RENOVATION, SEISMIC UPGRADING AND ENERGY UPGRADING OF BUILDINGS (Q1680748): Difference between revisions

@@ label / fr / label / fr @@
+COURS TECHNIQUE DE RÉNOVATION, ADAPTATION SISMIQUE ET MISE À NIVEAU ÉNERGÉTIQUE DES BÂTIMENTS
@@ label / de / label / de @@
+TECHNISCHER VERLAUF DER RENOVIERUNG, SEISMISCHE ANPASSUNG UND ENERGIEAUFWERTUNG VON GEBÄUDEN
@@ label / nl / label / nl @@
+TECHNISCH VERLOOP VAN RENOVATIE, SEISMISCHE AANPASSING EN ENERGIEVERBETERING VAN GEBOUWEN
@@ label / es / label / es @@
+CURSO TÉCNICO DE RENOVACIÓN, ADAPTACIÓN SÍSMICA Y MEJORA ENERGÉTICA DE LOS EDIFICIOS
@@ label / da / label / da @@
+TEKNISKE FREMSKRIDT INDEN FOR RENOVERING, SEISMISK OPGRADERING OG ENERGIFORBEDRING AF BYGNINGER
@@ label / el / label / el @@
+ΤΕΧΝΙΚΉ ΠΡΌΟΔΟΣ ΤΗΣ ΑΝΑΚΑΊΝΙΣΗΣ, ΤΗΣ ΣΕΙΣΜΙΚΉΣ ΑΝΑΒΆΘΜΙΣΗΣ ΚΑΙ ΤΗΣ ΕΝΕΡΓΕΙΑΚΉΣ ΑΝΑΒΆΘΜΙΣΗΣ ΤΩΝ ΚΤΙΡΊΩΝ
@@ label / hr / label / hr @@
+TEHNIČKI NAPREDAK OBNOVE, SEIZMIČKE NADOGRADNJE I ENERGETSKE MODERNIZACIJE ZGRADA
@@ label / ro / label / ro @@
+PROGRESUL TEHNIC AL RENOVĂRII, MODERNIZĂRII SEISMICE ȘI MODERNIZĂRII ENERGETICE A CLĂDIRILOR
@@ label / sk / label / sk @@
+TECHNICKÝ POKROK V OBLASTI OBNOVY, SEIZMICKEJ MODERNIZÁCIE A ENERGETICKEJ MODERNIZÁCIE BUDOV
@@ label / mt / label / mt @@
+IL-PROGRESS TEKNIKU TAR-RINNOVAZZJONI, IT-TITJIB SISMIKU U T-TITJIB TAL-ENERĠIJA TAL-BINI
@@ label / pt / label / pt @@
+PROGRESSOS TÉCNICOS DE RENOVAÇÃO, CONSTRUÇÃO SEÍSTICA E CONSTRUÇÃO ENERGÉTICA DOS EDIFÍCIOS
@@ label / fi / label / fi @@
+RAKENNUSTEN KUNNOSTAMISEN, SEISMISEN PARANTAMISEN JA ENERGIAHUOLLON TEKNINEN KEHITYS
@@ label / pl / label / pl @@
+POSTĘP TECHNICZNY W ZAKRESIE RENOWACJI, MODERNIZACJI SEJSMICZNEJ I MODERNIZACJI ENERGETYCZNEJ BUDYNKÓW
@@ label / sl / label / sl @@
+TEHNIČNI NAPREDEK PRI PRENOVI, POTRESNI NADGRADNJI IN ENERGETSKI NADGRADNJI STAVB
@@ label / cs / label / cs @@
+TECHNICKÝ POKROK V RENOVACI, SEISMICKÉ MODERNIZACI A ENERGETICKÉ MODERNIZACI BUDOV
@@ label / lt / label / lt @@
+PASTATŲ RENOVACIJOS, SEISMINIO ATNAUJINIMO IR ENERGETIKOS MODERNIZAVIMO TECHNINĖ PAŽANGA
@@ label / lv / label / lv @@
+ĒKU RENOVĀCIJAS, SEISMISKĀS MODERNIZĀCIJAS UN ENERGOMODERNIZĀCIJAS TEHNISKAIS PROGRESS
@@ label / bg / label / bg @@
+ТЕХНИЧЕСКИ ПРОГРЕС НА САНИРАНЕТО, СЕИЗМИЧНОТО МОДЕРНИЗИРАНЕ И ЕНЕРГИЙНОТО МОДЕРНИЗИРАНЕ НА СГРАДИТЕ
@@ label / hu / label / hu @@
+AZ ÉPÜLETEK FELÚJÍTÁSÁNAK, SZEIZMIKUS KORSZERŰSÍTÉSÉNEK ÉS ENERGETIKAI KORSZERŰSÍTÉSÉNEK MŰSZAKI FEJLŐDÉSE
@@ label / ga / label / ga @@
+DUL CHUN CINN TEICNIÚIL AR ATHCHÓIRIÚ, UASGHRÁDÚ SEISMEACH AGUS UASGHRÁDÚ FUINNIMH FOIRGNEAMH
@@ label / sv / label / sv @@
+TEKNISKA FRAMSTEG NÄR DET GÄLLER RENOVERING, JORDBÄVNINGSUPPGRADERING OCH ENERGIUPPGRADERING AV BYGGNADER
@@ label / et / label / et @@
+HOONETE RENOVEERIMISE, SEISMILISE AJAKOHASTAMISE JA ENERGIATÕHUSUSE PARANDAMISE TEHNILINE ARENG
@@ description / bg / description / bg @@
+Проект Q1680748 в Италия
@@ description / hr / description / hr @@
+Projekt Q1680748 u Italiji
@@ description / hu / description / hu @@
+Projekt Q1680748 Olaszországban
@@ description / cs / description / cs @@
+Projekt Q1680748 v Itálii
@@ description / da / description / da @@
+Projekt Q1680748 i Italien
@@ description / nl / description / nl @@
+Project Q1680748 in Italië
@@ description / et / description / et @@
+Projekt Q1680748 Itaalias
@@ description / fi / description / fi @@
+Projekti Q1680748 Italiassa
@@ description / fr / description / fr @@
+Projet Q1680748 en Italie
@@ description / de / description / de @@
+Projekt Q1680748 in Italien
@@ description / el / description / el @@
+Έργο Q1680748 στην Ιταλία
@@ description / ga / description / ga @@
+Tionscadal Q1680748 san Iodáil
@@ description / lv / description / lv @@
+Projekts Q1680748 Itālijā
@@ description / lt / description / lt @@
+Projektas Q1680748 Italijoje
@@ description / mt / description / mt @@
+Proġett Q1680748 fl-Italja
@@ description / pl / description / pl @@
+Projekt Q1680748 we Włoszech
@@ description / pt / description / pt @@
+Projeto Q1680748 na Itália
@@ description / ro / description / ro @@
+Proiectul Q1680748 în Italia
@@ description / sk / description / sk @@
+Projekt Q1680748 v Taliansku
@@ description / sl / description / sl @@
+Projekt Q1680748 v Italiji
@@ description / es / description / es @@
+Proyecto Q1680748 en Italia
@@ description / sv / description / sv @@
+Projekt Q1680748 i Italien
@@ Property / EU contribution @@
-,267.28 EuroAmount 63,267.28 Euro
Unit Euro
-Amount
+,267.28 Euro
-Unit
+Euro
@@ Property / EU contribution: 63,267.28 Euro / rank @@
-Normal rank
@@ Property / budget @@
-,534.56 EuroAmount 126,534.56 Euro
Unit Euro
-Amount
+,534.56 Euro
-Unit
+Euro
@@ Property / budget: 126,534.56 Euro / rank @@
-Normal rank
@@ Property / co-financing rate @@
-.0 percentAmount 50.0 percent
Unit percent
-Amount
+.0 percent
-Unit
+percent
@@ Property / co-financing rate: 50.0 percent / rank @@
-Normal rank
@@ Property / end time @@
-February 2019Timestamp +2019-02-25T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2019-02-25T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / end time: 25 February 2019 / rank @@
-Normal rank
@@ Property / beneficiary name (string) @@
-CESF CENTRO EDILE PER LA SICUREZZA E LA FORMAZIONE
-Normal rank
@@ Property / beneficiary @@
-Q261639
@@ Property / beneficiary: Q261639 / rank @@
-Normal rank
+readability score: 0.1804558196730895Amount 0.1804558196730895
Unit 1
-Amount
+.1804558196730895
 Unit
@@ Property / contained in Local Administrative Unit @@
+Spoleto
@@ Property / contained in Local Administrative Unit: Spoleto / rank @@
+Normal rank
@@ Property / summary @@
+L’OBJECTIF DU PROJET EST LA FORMATION (448 HEURES THÉORIQUES-PRATIQUES ET 720 STAGES) DE 10 DIPLÔMÉS EN GÉNIE CIVIL, GÉNIE DES SYSTÈMES DE CONSTRUCTION, INGÉNIERIE ENVIRONNEMENTALE ET TERRITORIALE, ARCHITECTURE ET INGÉNIERIE DE L’ARCHITECTURE DE LA CONSTRUCTION, ET ÉQUIVALENTS SELON LES SYSTÈMES PRÉCÉDENTS, RÉSIDENTS OU DOMICILIÉS EN OMBRIE, QUI SONT CAPABLES D’ANALYSER L’ÉNERGIE ET LA PERFORMANCE STRUCTURELLE D’UN BÂTIMENT, AFIN DE QUALIFIER LES PROCESSUS DE CONCEPTION DE CONSTRUCTION EN TERMES D’ÉCONOMIES D’ÉNERGIE, L’UTILISATION DE SOURCES RENOUVELABLES POUR LA PRODUCTION D’ÉNERGIE, L’UTILISATION DE MATÉRIAUX ET DE TECHNIQUES DE CONSTRUCTION À FAIBLE IMPACT ENVIRONNEMENTAL ET UNE RÉPONSE ÉLEVÉE À LA VULNÉRABILITÉ SISMIQUE, EN INTÉGRANT LES ASPECTS DU BÂTIMENT (TECHNIQUES ET MATÉRIAUX POUR LA CONSTRUCTION DE BÂTIMENTS À HAUT RENDEMENT ÉNERGÉTIQUE ET À FAIBLE IMPACT ENVIRONNEMENTAL) AVEC CEUX DES INSTALLATIONS (SOLAIRE PHOTOVOLTAÏQUE, SOLAIRE THERMIQUE, GÉOTHERMIQUE À FAIBLE ENTHALPIE, COGÉNÉRATIF, ETC.) ET TECHNOLOGIQUES (SYSTÈMES ET INSTALLATIONS POUR LA CONSTRUCTION DE BÂTIMENTS À FAIBLE EFFICACITÉ ÉNERGÉTIQUE ET À FAIBLE IMPACT ENVIRONNEMENTAL) (French)
+Normal rank
+point in time: 10 December 2021Timestamp +2021-12-10T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2021-12-10T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+ZIEL DES PROJEKTS IST DIE AUSBILDUNG (448 THEORETISCH-PRAKTISCHE STUNDEN UND 720 PRAKTIKA) VON 10 ABSOLVENTEN IN BAUINGENIEURWESEN, GEBÄUDETECHNIK, UMWELT- UND RAUMTECHNIK, ARCHITEKTUR UND ARCHITEKTUR-ARCHITEKTURTECHNIK UND ÄQUIVALENTE NACH FRÜHEREN SYSTEMEN, ANSÄSSIG ODER IN UMBRIEN ANSÄSSIG, DIE IN DER LAGE SIND, DIE ENERGIE- UND STRUKTURLEISTUNG EINES GEBÄUDES ZU ANALYSIEREN, UM DIE KONSTRUKTIONSPROZESSE IN BEZUG AUF ENERGIEEINSPARUNG ZU QUALIFIZIEREN, NUTZUNG ERNEUERBARER ENERGIEQUELLEN FÜR DIE ENERGIEERZEUGUNG, EINSATZ VON MATERIALIEN UND BAUTECHNIKEN MIT GERINGER UMWELTBELASTUNG UND HOHER REAKTION AUF SEISMISCHE VERWUNDBARKEIT, INTEGRATION VON GEBÄUDEASPEKTEN (TECHNIKEN UND MATERIALIEN FÜR DEN BAU VON GEBÄUDEN MIT HOHER ENERGIEEFFIZIENZ UND GERINGER UMWELTBELASTUNG) MIT ANLAGEN (SOLAR-PHOTOVOLTAIK, SOLARTHERMIE, ENTHALPY GEOTHERMIE MIT NIEDRIGEM ENTHALPIE, KOGENERATIVEM USW.) UND TECHNOLOGISCHEN (SYSTEMEN UND ANLAGEN FÜR (German)
+Normal rank
+point in time: 20 December 2021Timestamp +2021-12-20T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2021-12-20T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+DOEL VAN HET PROJECT IS DE OPLEIDING (448 THEORETISCH-PRAKTISCHE UREN EN 720 STAGES) VAN 10 AFGESTUDEERDEN OP HET GEBIED VAN CIVIELE TECHNIEK, BOUWSYSTEMEN, MILIEU- EN TERRITORIALE ENGINEERING, ARCHITECTUUR EN BOUWARCHITECTUUR, EN EQUIVALENTEN VOLGENS EERDERE SYSTEMEN, WOONACHTIG OF GEVESTIGD IN UMBRIË, DIE IN STAAT ZIJN OM DE ENERGIE- EN STRUCTURELE PRESTATIES VAN EEN GEBOUW TE ANALYSEREN, OM DE BOUWONTWERPPROCESSEN TE KWALIFICEREN IN TERMEN VAN ENERGIEBESPARING, HET GEBRUIK VAN HERNIEUWBARE BRONNEN VOOR DE PRODUCTIE VAN ENERGIE; HET GEBRUIK VAN MATERIALEN EN BOUWTECHNIEKEN MET EEN LAAG MILIEUEFFECT EN EEN HOGE RESPONS OP SEISMISCHE KWETSBAARHEID, INTEGRATIE VAN BOUWASPECTEN (TECHNIEKEN EN MATERIALEN VOOR DE BOUW VAN GEBOUWEN MET EEN HOGE ENERGIE-EFFICIËNTIE EN EEN LAGE MILIEUEFFECTEN) MET DIE VAN PLANTEN (FOTOVOLTAÏSCHE ZONNE-ENERGIE, THERMISCHE ZONNE-ENERGIE, LAAG ENTHALPIEGEOTHERMISCH, COGENERATIEF ENZ.) EN TECHNOLOGISCHE (SYSTEMEN EN INSTALLATIES VOOR (Dutch)
+Normal rank
+point in time: 22 December 2021Timestamp +2021-12-22T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2021-12-22T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+EL OBJETIVO DEL PROYECTO ES LA FORMACIÓN (448 HORAS TEÓRICO-PRÁCTICAS Y 720 PRÁCTICAS) DE 10 LICENCIADOS EN INGENIERÍA CIVIL, INGENIERÍA DE SISTEMAS DE CONSTRUCCIÓN, INGENIERÍA AMBIENTAL Y TERRITORIAL, ARQUITECTURA Y ARQUITECTURA-ARQUITECTURA, Y EQUIVALENTES SEGÚN SISTEMAS ANTERIORES, RESIDENTES O DOMICILIADOS EN UMBRÍA, QUE SON CAPACES DE ANALIZAR EL RENDIMIENTO ENERGÉTICO Y ESTRUCTURAL DE UN EDIFICIO, PARA CALIFICAR LOS PROCESOS DE DISEÑO DE LA CONSTRUCCIÓN EN TÉRMINOS DE AHORRO DE ENERGÍA, EL USO DE FUENTES RENOVABLES PARA LA PRODUCCIÓN DE ENERGÍA, EL USO DE MATERIALES Y TÉCNICAS DE CONSTRUCCIÓN CON BAJO IMPACTO AMBIENTAL Y ALTA RESPUESTA A LA VULNERABILIDAD SÍSMICA, INTEGRANDO ASPECTOS DE CONSTRUCCIÓN (TÉCNICAS Y MATERIALES PARA LA CONSTRUCCIÓN DE EDIFICIOS CON ALTA EFICIENCIA ENERGÉTICA Y BAJO IMPACTO AMBIENTAL) CON LOS DE LAS PLANTAS (FOTOVOLTAICA SOLAR, SOLAR TÉRMICA, GEOTÉRMICA DE BAJA ENTALPÍA, COGENERATIVA, ETC.) Y TECNOLÓGICAS (SISTEMAS Y PLANTAS PARA (Spanish)
+Normal rank
+point in time: 23 January 2022Timestamp +2022-01-23T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-01-23T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+PROJEKTET HAR TIL FORMÅL AT TILBYDE UDDANNELSE (448 TIMER I TEORI OG PRAKSIS OG 720 I UDDANNELSESKURSER) AF 10 KANDIDATER INDEN FOR BYGNINGSINGENIØRARBEJDE, KONSTRUKTION AF BYGNINGSINSTALLATIONER, INGENIØRARBEJDE INDEN FOR RUM OG JORD, ARKITEKTUR OG INGENIØRARBEJDE — ARKITEKTUR OG TILSVARENDE UNDER TIDLIGERE RETSSYSTEMER, DER HAR BOPÆL ELLER HJEMSTED I UMBRIEN, OG SOM ER I STAND TIL AT ANALYSERE EN BYGNINGS ENERGIMÆSSIGE OG STRUKTURELLE YDEEVNE, BESKRIVE KONSTRUKTIONSPROCESSER MED HENSYN TIL ENERGIBESPARELSER, ANVENDELSE AF VEDVARENDE ENERGIKILDER TIL ENERGIPRODUKTION, ANVENDELSE AF BYGGEMATERIALER OG -TEKNIKKER MED LAV MILJØPÅVIRKNING OG HØJ REAKTION PÅ VULNECABILITY) MED DISSE ANLÆG (SOLVARME SOLCELLER, SOLVARME, LAV ENTHALPI, KRAFTVARMEANLÆG OSV.) OG TEKNOLOGI (SYSTEMER OG ANLÆG TIL (Danish)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+ΤΟ ΈΡΓΟ ΑΠΟΣΚΟΠΕΊ ΣΤΗΝ ΠΑΡΟΧΉ ΚΑΤΆΡΤΙΣΗΣ (448 ΏΡΕΣ ΣΤΗ ΘΕΩΡΊΑ ΚΑΙ ΣΤΗΝ ΠΡΆΞΗ ΚΑΙ 720 ΣΕ ΜΑΘΉΜΑΤΑ ΚΑΤΆΡΤΙΣΗΣ) 10 ΑΠΟΦΟΊΤΩΝ ΠΟΛΙΤΙΚΟΎ ΜΗΧΑΝΙΚΟΎ, ΜΗΧΑΝΙΚΏΝ ΣΥΣΤΗΜΆΤΩΝ ΚΤΙΡΊΩΝ, ΜΗΧΑΝΙΚΏΝ ΧΏΡΩΝ ΚΑΙ ΟΙΚΟΠΈΔΩΝ, ΑΡΧΙΤΕΚΤΟΝΙΚΉΣ ΚΑΙ ΜΗΧΑΝΙΚΉΣ — ΑΡΧΙΤΕΚΤΟΝΙΚΉΣ, ΚΑΙ ΙΣΟΔΎΝΑΜΟΥ ΣΎΜΦΩΝΑ ΜΕ ΠΡΟΗΓΟΎΜΕΝΑ ΝΟΜΙΚΆ ΣΥΣΤΉΜΑΤΑ, ΠΟΥ ΚΑΤΟΙΚΟΎΝ Ή ΚΑΤΟΙΚΟΎΝ ΣΤΗΝ ΟΎΜΠΡΙΑ, ΟΙ ΟΠΟΊΟΙ ΕΊΝΑΙ ΣΕ ΘΈΣΗ ΝΑ ΑΝΑΛΎΣΟΥΝ ΤΙΣ ΕΝΕΡΓΕΙΑΚΈΣ ΚΑΙ ΔΟΜΙΚΈΣ ΕΠΙΔΌΣΕΙΣ ΕΝΌΣ ΚΤΙΡΊΟΥ, ΝΑ ΠΕΡΙΓΡΆΨΟΥΝ ΤΙΣ ΔΙΑΔΙΚΑΣΊΕΣ ΣΧΕΔΙΑΣΜΟΎ ΤΩΝ ΚΑΤΑΣΚΕΥΏΝ ΌΣΟΝ ΑΦΟΡΆ ΤΗΝ ΕΞΟΙΚΟΝΌΜΗΣΗ ΕΝΈΡΓΕΙΑΣ, ΤΗ ΧΡΉΣΗ ΑΝΑΝΕΏΣΙΜΩΝ ΠΗΓΏΝ ΓΙΑ ΤΗΝ ΠΑΡΑΓΩΓΉ ΕΝΈΡΓΕΙΑΣ, ΧΡΉΣΗ ΔΟΜΙΚΏΝ ΥΛΙΚΏΝ ΚΑΙ ΤΕΧΝΙΚΏΝ ΜΕ ΧΑΜΗΛΈΣ ΠΕΡΙΒΑΛΛΟΝΤΙΚΈΣ ΕΠΙΠΤΏΣΕΙΣ ΚΑΙ ΥΨΗΛΉ ΑΝΤΑΠΌΚΡΙΣΗ ΣΤΗΝ VULNECABILITY) ΜΕ ΤΙΣ ΕΝ ΛΌΓΩ ΕΓΚΑΤΑΣΤΆΣΕΙΣ (ΗΛΙΑΚΉ ΘΕΡΜΙΚΉ ΗΛΙΑΚΉ ΦΩΤΟΒΟΛΤΑΪΚΉ, ΗΛΙΑΚΉ ΘΕΡΜΙΚΉ, ΧΑΜΗΛΉ ΕΝΘΑΛΠΊΑ, ΕΓΚΑΤΑΣΤΆΣΕΙΣ ΣΗΘ Κ.ΛΠ.) ΚΑΙ ΤΕΧΝΟΛΟΓΊΑ (ΣΥΣΤΉΜΑΤΑ ΚΑΙ ΕΓΚΑΤΑΣΤΆΣΕΙΣ ΓΙΑ (Greek)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+PROJEKT IMA ZA CILJ OSIGURATI OBUKU (448 SATI U TEORIJI I PRAKSI I 720 NA TEČAJEVIMA) 10 DIPLOMANATA IZ GRAĐEVINARSTVA, INŽENJERINGA GRAĐEVINSKIH SUSTAVA, INŽENJERINGA PROSTORA I ZEMLJIŠTA, ARHITEKTURE I INŽENJERINGA – ARHITEKTURE, I EKVIVALENTA PREMA PRETHODNIM PRAVNIM SUSTAVIMA, REZIDENTIMA ILI PREBIVALIŠTEM U UMBRIJI, KOJI SU U STANJU ANALIZIRATI ENERGETSKU I STRUKTURNU UČINKOVITOST ZGRADE, OPISATI PROCESE PROJEKTIRANJA IZGRADNJE U SMISLU UŠTEDE ENERGIJE, KORIŠTENJA OBNOVLJIVIH IZVORA ZA PROIZVODNJU ENERGIJE, KORIŠTENJE GRAĐEVINSKIH MATERIJALA I TEHNIKA S MALIM UTJECAJEM NA OKOLIŠ I VISOKIM ODZIVOM NA VULNECABILITY) S TIM OBJEKTIMA (SOLARNA TOPLINSKA SOLARNA FOTONAPONSKA, SOLARNA TOPLINSKA, NISKOENTALPIJA, KOGENERACIJSKA POSTROJENJA ITD.) I TEHNOLOGIJOM (SUSTAVI I INSTALACIJE ZA (Croatian)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+PROIECTUL ÎȘI PROPUNE SĂ OFERE FORMARE (448 DE ORE ÎN TEORIE ȘI PRACTICĂ ȘI 720 ÎN CURSURI DE FORMARE) A 10 ABSOLVENȚI DE INGINERIE CIVILĂ, INGINERIE DE SISTEME DE CONSTRUCȚII, INGINERIE PENTRU SPAȚIU ȘI TEREN, ARHITECTURĂ ȘI INGINERIE – ARHITECTURĂ ȘI ECHIVALENT ÎN CADRUL SISTEMELOR JURIDICE ANTERIOARE, REZIDENT SAU DOMICILIAT ÎN UMBRIA, CARE SUNT ÎN MĂSURĂ SĂ ANALIZEZE PERFORMANȚA ENERGETICĂ ȘI STRUCTURALĂ A UNEI CLĂDIRI, SĂ DESCRIE PROCESELE DE PROIECTARE A CONSTRUCȚIILOR ÎN CEEA CE PRIVEȘTE ECONOMIILE DE ENERGIE, UTILIZAREA SURSELOR REGENERABILE DE ENERGIE PENTRU PRODUCȚIA DE ENERGIE, UTILIZAREA MATERIALELOR DE CONSTRUCȚIE ȘI A TEHNICILOR CU IMPACT REDUS ASUPRA MEDIULUI ȘI REACȚIE RIDICATĂ LA VULNECABILITATE) CU ACESTE INSTALAȚII (INSTALAȚII SOLARE SOLARE SOLARE FOTOVOLTAICE SOLARE, TERMICE SOLARE, ENTALPIE SCĂZUTĂ, INSTALAȚII DE COGENERARE ETC.) ȘI TEHNOLOGIE (SISTEME ȘI INSTALAȚII PENTRU (Romanian)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+CIEĽOM PROJEKTU JE POSKYTNÚŤ ODBORNÚ PRÍPRAVU (448 HODÍN TEORETICKY A PRAXE A 720 ŠKOLENÍ) 10 ABSOLVENTOV V ODBORE INŽINIERSTVO, INŽINIERSTVO STAVEBNÝCH SYSTÉMOV, INŽINIERSTVO PRIESTOROV A POZEMKOV, ARCHITEKTÚRA A INŽINIERSTVO – ARCHITEKTÚRA A EKVIVALENT PODĽA PREDCHÁDZAJÚCICH PRÁVNYCH SYSTÉMOV S BYDLISKOM ALEBO SÍDLOM V UMBRII, KTORÍ SÚ SCHOPNÍ ANALYZOVAŤ ENERGETICKÚ A KONŠTRUKČNÚ HOSPODÁRNOSŤ BUDOVY, OPÍSAŤ KONŠTRUKČNÉ PROCESY Z HĽADISKA ÚSPOR ENERGIE, VYUŽITIA OBNOVITEĽNÝCH ZDROJOV ENERGIE NA VÝROBU ENERGIE, POUŽÍVANIE STAVEBNÝCH MATERIÁLOV A TECHNÍK S NÍZKYM VPLYVOM NA ŽIVOTNÉ PROSTREDIE A VYSOKOU ODOZVOU NA VULNECABILITY) S TÝMITO ZARIADENIAMI (SOLÁRNA TEPELNÁ SOLÁRNA FOTOVOLTAIKA, SOLÁRNA TEPELNÁ ENERGIA, NÍZKA ENTALPIA, ZARIADENIA KVET ATĎ.) A TECHNOLÓGIAMI (SYSTÉMY A INŠTALÁCIE PRE (Slovak)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+IL-PROĠETT GĦANDU L-GĦAN LI JIPPROVDI TAĦRIĠ (448 SIEGĦA FIT-TEORIJA U L-PRATTIKA U 720 F’KORSIJIET TA’ TAĦRIĠ) TA’ 10 GRADWATI FL-INĠINERIJA ĊIVILI, L-INĠINERIJA TAS-SISTEMI TAL-BINI, L-INĠINERIJA GĦALL-ISPAZJU U L-ART, L-ARKITETTURA U L-INĠINERIJA — L-ARKITETTURA, U EKWIVALENTI TAĦT SISTEMI LEGALI PREĊEDENTI, RESIDENTI JEW DOMIĊILJATI FL-UMBRIA, LI HUMA KAPAĊI JANALIZZAW IL-PRESTAZZJONI ENERĠETIKA U STRUTTURALI TA’ BINI, JIDDESKRIVU L-PROĊESSI TAD-DISINN TAL-KOSTRUZZJONI F’TERMINI TA’ FFRANKAR TAL-ENERĠIJA, L-UŻU TA’ SORSI RINNOVABBLI GĦALL-PRODUZZJONI TAL-ENERĠIJA, L-UŻU TA’ MATERJALI U TEKNIKI TAL-KOSTRUZZJONI B’IMPATT AMBJENTALI BAXX U RISPONS GĦOLI GĦALL-VULNECABILITY) MA’ DAWK IL-FAĊILITAJIET (FOTOVOLTAJKA SOLARI SOLARI SOLARI, TERMALI SOLARI, B’ENTALPIJA BAXXA, INSTALLAZZJONIJIET CHP, EĊĊ.) U TEKNOLOĠIJA (SISTEMI U INSTALLAZZJONIJIET GĦAL (Maltese)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+THE PROJECT AIMS TO PROVIDE TRAINING (448 HOURS IN THEORY AND PRACTICE AND 720 IN TRAINING COURSES) OF 10 GRADUATES IN CIVIL ENGINEERING, ENGINEERING OF BUILDING SYSTEMS, ENGINEERING FOR SPACE AND LAND, ARCHITECTURE AND ENGINEERING — ARCHITECTURE, AND EQUIVALENT UNDER PREVIOUS LEGAL SYSTEMS, RESIDENT OR DOMICILED IN UMBRIA, THAT ARE ABLE TO ANALYSE THE ENERGY AND STRUCTURAL PERFORMANCE OF A BUILDING, DESCRIBE CONSTRUCTION DESIGN PROCESSES IN TERMS OF ENERGY SAVINGS, USE OF RENEWABLE SOURCES FOR ENERGY PRODUCTION, USE OF CONSTRUCTION MATERIALS AND TECHNIQUES WITH A LOW ENVIRONMENTAL IMPACT AND HIGH RESPONSE TO THE VULNECABILITY) WITH THOSE FACILITIES (SOLAR THERMAL SOLAR PHOTOVOLTAIC, SOLAR THERMAL, LOW ENTHALPY, CHP INSTALLATIONS, ETC.) AND TECHNOLOGY (SYSTEMS AND INSTALLATIONS FOR (Portuguese)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+HANKKEEN TAVOITTEENA ON TARJOTA KOULUTUSTA (448 TUNTIA TEORIASSA JA KÄYTÄNNÖSSÄ JA 720 KOULUTUSKURSSEILLA) KYMMENELLE RAKENNUSTEKNIIKASTA, RAKENNUSJÄRJESTELMIEN SUUNNITTELUSTA, TILOJEN JA MAA-ALUEIDEN SUUNNITTELUSTA, ARKKITEHTUURISTA JA INSINÖÖRITEKNIIKASTA SEKÄ VASTAAVISTA AIEMMISSA OIKEUSJÄRJESTELMISSÄ, JOTKA ASUVAT UMBRIASSA TAI JOIDEN KOTIPAIKKA ON UMBRIASSA, JOTKA PYSTYVÄT ANALYSOIMAAN RAKENNUKSEN ENERGIA- JA RAKENNETEHOKKUUTTA, KUVAILEMAAN RAKENNUSSUUNNITTELUPROSESSEJA ENERGIANSÄÄSTÖJEN OSALTA, UUSIUTUVIEN ENERGIALÄHTEIDEN KÄYTTÖÄ ENERGIANTUOTANNOSSA, SELLAISTEN RAKENNUSMATERIAALIEN JA -TEKNIIKOIDEN KÄYTTÖ, JOILLA ON VÄHÄINEN YMPÄRISTÖVAIKUTUS JA KORKEA VASTE VULNECABILITY-JÄRJESTELMÄÄN, NÄIDEN LAITOSTEN (AURINKOLÄMPÖ, AURINKOLÄMPÖ, ALHAINEN ENTALPIA, SÄHKÖN JA LÄMMÖN YHTEISTUOTANTOLAITOKSET JNE.) JA TEKNOLOGIAN (JÄRJESTELMÄT JA LAITOKSET (Finnish)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+CELEM PROJEKTU JEST ZAPEWNIENIE SZKOLEŃ (448 GODZIN W TEORII I PRAKTYCE ORAZ 720 W KURSACH SZKOLENIOWYCH) DLA 10 ABSOLWENTÓW INŻYNIERII LĄDOWEJ I WODNEJ, INŻYNIERII SYSTEMÓW BUDOWLANYCH, INŻYNIERII PRZESTRZENI I GRUNTÓW, ARCHITEKTURY I INŻYNIERII – ARCHITEKTURA ORAZ RÓWNOWAŻNEJ W RAMACH POPRZEDNICH SYSTEMÓW PRAWNYCH, REZYDENTÓW LUB REZYDENTÓW W UMBRII, KTÓRZY SĄ W STANIE ANALIZOWAĆ CHARAKTERYSTYKĘ ENERGETYCZNĄ I STRUKTURALNĄ BUDYNKU, OPISAĆ PROCESY PROJEKTOWANIA BUDOWLANEGO POD WZGLĘDEM OSZCZĘDNOŚCI ENERGII, WYKORZYSTANIA ODNAWIALNYCH ŹRÓDEŁ ENERGII DO PRODUKCJI ENERGII, WYKORZYSTANIE MATERIAŁÓW I TECHNIK BUDOWLANYCH O NISKIM WPŁYWIE NA ŚRODOWISKO I DUŻEJ REAKCJI NA VULNECABILITY) WRAZ Z TYMI OBIEKTAMI (SŁONECZNA ENERGIA SŁONECZNA FOTOWOLTAICZNA, SŁONECZNA ENERGIA CIEPLNA, NISKA ENTALPIA, INSTALACJE CHP ITP.) ORAZ TECHNOLOGIAMI (SYSTEMAMI I INSTALACJAMI DLA (Polish)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+CILJ PROJEKTA JE ZAGOTOVITI USPOSABLJANJE (448 UR V TEORIJI IN PRAKSI TER 720 TEČAJEV USPOSABLJANJA) 10 DIPLOMANTOV IZ GRADBENIŠTVA, INŽENIRINGA GRADBENIH SISTEMOV, INŽENIRINGA ZA VESOLJE IN ZEMLJIŠČA, ARHITEKTURE IN INŽENIRINGA – ARHITEKTURE IN ENAKOVREDNEGA V SKLADU S PREJŠNJIMI PRAVNIMI SISTEMI, KI SO REZIDENTI ALI IMAJO SEDEŽ V UMBRIJI, KI LAHKO ANALIZIRAJO ENERGETSKO IN STRUKTURNO UČINKOVITOST STAVBE, OPISUJEJO KONSTRUKCIJSKE PROCESE V SMISLU VARČEVANJA Z ENERGIJO, UPORABE OBNOVLJIVIH VIROV ZA PROIZVODNJO ENERGIJE, UPORABA GRADBENIH MATERIALOV IN TEHNIK Z MAJHNIM VPLIVOM NA OKOLJE IN VELIKIM ODZIVOM NA VULNECABILITY) S TEMI OBJEKTI (SONČNA TOPLOTNA SONČNA FOTOVOLTAIKA, SONČNA TOPLOTNA TOPLOTNA ENERGIJA, NIZKA ENTALPIJA, NAPRAVE ZA SOPROIZVODNJO TOPLOTE IN ELEKTRIČNE ENERGIJE ITD.) IN TEHNOLOGIJO (SISTEMI IN INSTALACIJE ZA (Slovenian)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+CÍLEM PROJEKTU JE POSKYTNOUT ŠKOLENÍ (448 HODIN V TEORII A PRAXI A 720 HODIN VE VZDĚLÁVACÍCH KURZECH) 10 ABSOLVENTŮ V OBORU STAVEBNICTVÍ, INŽENÝRSTVÍ STAVEBNÍCH SYSTÉMŮ, INŽENÝRSTVÍ PRO OBLAST VESMÍRU A POZEMKŮ, ARCHITEKTURY A INŽENÝRSTVÍ – ARCHITEKTURA A EKVIVALENT PODLE PŘEDCHOZÍCH PRÁVNÍCH SYSTÉMŮ, KTEŘÍ MAJÍ BYDLIŠTĚ NEBO MAJÍ BYDLIŠTĚ V UMBRII, KTEŘÍ JSOU SCHOPNI ANALYZOVAT ENERGETICKOU A STRUKTURÁLNÍ VÝKONNOST BUDOVY, POPSAT KONSTRUKČNÍ PROCESY Z HLEDISKA ÚSPOR ENERGIE, VYUŽITÍ OBNOVITELNÝCH ZDROJŮ PRO VÝROBU ENERGIE, POUŽÍVÁNÍ STAVEBNÍCH MATERIÁLŮ A TECHNIK S NÍZKÝM DOPADEM NA ŽIVOTNÍ PROSTŘEDÍ A VYSOKOU ODEZVOU NA VULNECABILITY S TĚMITO ZAŘÍZENÍMI (SOLÁRNÍ TERMÁLNÍ SOLÁRNÍ FOTOVOLTAICKÉ, SOLÁRNÍ TERMÁLNÍ, NÍZKO ENTALPIE, KOGENERAČNÍ ZAŘÍZENÍ ATD.) A TECHNOLOGIÍ (SYSTÉMY A ZAŘÍZENÍ PRO (Czech)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+PROJEKTO TIKSLAS – RENGTI MOKYMUS (448 VALANDOS TEORIJOS IR PRAKTIKOS IR 720 MOKYMO KURSŲ) 10 ABSOLVENTŲ CIVILINĖS INŽINERIJOS, PASTATŲ SISTEMŲ INŽINERIJOS, KOSMOSO IR ŽEMĖS INŽINERIJOS INŽINERIJOS, ARCHITEKTŪROS IR INŽINERIJOS – ARCHITEKTŪROS, IR LYGIAVERTĖS PAGAL ANKSTESNES TEISINES SISTEMAS, GYVENANČIAS AR GYVENANČIAS UMBRIJA, KURIE GALI ANALIZUOTI PASTATO ENERGINĮ IR STRUKTŪRINĮ NAUDINGUMĄ, APIBŪDINTI STATYBOS PROJEKTAVIMO PROCESUS ENERGIJOS TAUPYMO, ATSINAUJINANČIŲ IŠTEKLIŲ NAUDOJIMO ENERGIJOS GAMYBAI, STATYBINIŲ MEDŽIAGŲ IR METODŲ, KURIE DARO NEDIDELĮ POVEIKĮ APLINKAI IR LABAI REAGUOJA Į VULNECABILITY, NAUDOJIMAS KARTU SU ŠIAIS ĮRENGINIAIS (SAULĖS ŠILUMINĖS SAULĖS FOTOELEKTROS, SAULĖS ŠILUMOS, MAŽAI ENTALPIJOS, BENDROS ŠILUMOS IR ELEKTROS ENERGIJOS GAMYBOS ĮRENGINIAIS IR KT.) IR TECHNOLOGIJOMIS (SISTEMOMIS IR ĮRENGINIAIS, SKIRTAIS (Lithuanian)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+PROJEKTA MĒRĶIS IR NODROŠINĀT APMĀCĪBU (448 STUNDAS TEORIJĀ UN PRAKSĒ UN 720 MĀCĪBU KURSUS) 10 ABSOLVENTIEM INŽENIERBŪVNIECĪBAS, ĒKU SISTĒMU INŽENIERIJAS, TELPU UN ZEMES INŽENIERZINĀTŅU, ARHITEKTŪRAS UN INŽENIERZINĀTŅU JOMĀ, KĀ ARĪ SASKAŅĀ AR IEPRIEKŠĒJĀM TIESĪBU SISTĒMĀM, KAS DZĪVO VAI ATRODAS UMBRIJĀ, KAS SPĒJ ANALIZĒT ĒKAS ENERGOEFEKTIVITĀTI UN STRUKTURĀLO VEIKTSPĒJU, APRAKSTĪT BŪVNIECĪBAS PROJEKTĒŠANAS PROCESUS ATTIECĪBĀ UZ ENERĢIJAS TAUPĪŠANU, ATJAUNOJAMO ENERGORESURSU IZMANTOŠANU ENERĢIJAS RAŽOŠANAI, BŪVMATERIĀLU UN PAŅĒMIENU IZMANTOŠANA AR NELIELU IETEKMI UZ VIDI UN AUGSTU REAKCIJU UZ VULNECABILITY) AR ŠĪM IEKĀRTĀM (SAULES SILTUMENERĢIJAS SAULES FOTOELEMENTU, SAULES SILTUMENERĢIJAS, ZEMAS ENTALPIJAS, KOĢENERĀCIJAS IEKĀRTĀM UTT.) UN TEHNOLOĢIJĀM (SISTĒMAS UN IEKĀRTAS) (Latvian)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+ПРОЕКТЪТ ИМА ЗА ЦЕЛ ДА ОСИГУРИ ОБУЧЕНИЕ (448 ЧАСА ПО ТЕОРИЯ И ПРАКТИКА И 720 ЧАСА В КУРСОВЕ ЗА ОБУЧЕНИЕ) НА 10 ДИПЛОМИРАЛИ СЕ В ОБЛАСТТА НА ГРАЖДАНСКОТО СТРОИТЕЛСТВО, ИНЖЕНЕРСТВОТО НА СГРАДНИ СИСТЕМИ, ИНЖЕНЕРСТВОТО ЗА КОСМИЧЕСКИ И ТЕРЕНИ, АРХИТЕКТУРАТА И ИНЖЕНЕРСТВОТО — АРХИТЕКТУРА, КАКТО И ЕКВИВАЛЕНТА ИМ ПРИ ПРЕДИШНИ ПРАВНИ СИСТЕМИ, ПРЕБИВАВАЩИ ИЛИ УСТАНОВЕНИ В УМБРИЯ, КОИТО СА В СЪСТОЯНИЕ ДА АНАЛИЗИРАТ ЕНЕРГИЙНИТЕ И СТРУКТУРНИТЕ ХАРАКТЕРИСТИКИ НА ДАДЕНА СГРАДА, ДА ОПИШАТ ПРОЦЕСИТЕ НА ПРОЕКТИРАНЕ НА СТРОИТЕЛСТВОТО ПО ОТНОШЕНИЕ НА ИКОНОМИИТЕ НА ЕНЕРГИЯ, ИЗПОЛЗВАНЕТО НА ВЪЗОБНОВЯЕМИ ИЗТОЧНИЦИ ЗА ПРОИЗВОДСТВО НА ЕНЕРГИЯ, ИЗПОЛЗВАНЕ НА СТРОИТЕЛНИ МАТЕРИАЛИ И ТЕХНИКИ СЪС СЛАБО ВЪЗДЕЙСТВИЕ ВЪРХУ ОКОЛНАТА СРЕДА И ВИСОКА СТЕПЕН НА РЕАГИРАНЕ НА ВУЛНЕКАБИЛНОСТ) С ТЕЗИ СЪОРЪЖЕНИЯ (СЛЪНЧЕВА ТЕРМИЧНА СЛЪНЧЕВА ФОТОВОЛТАИЧНА ЕНЕРГИЯ, СЛЪНЧЕВА ТОПЛИННА ЕНЕРГИЯ, НИСКА ЕНТАЛПИЯ, ИНСТАЛАЦИИ ЗА КОМБИНИРАНО ПРОИЗВОДСТВО НА ТОПЛИННА И ЕЛЕКТРИЧЕСКА ЕНЕРГИЯ И ДР.) И ТЕХНОЛОГИИ (СИСТЕМИ И ИНСТАЛАЦИИ ЗА (Bulgarian)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+A PROJEKT CÉLJA, HOGY KÉPZÉS (448 ÓRA ELMÉLETI ÉS GYAKORLATI ÉS 720 KÉPZÉS) 10 DIPLOMÁSOK ÉPÍTŐMÉRNÖKI, MÉRNÖKI ÉPÜLETRENDSZEREK, MÉRNÖKI TÉR ÉS FÖLD, ÉPÍTÉSZET ÉS MÉRNÖKI – ÉPÍTÉSZET, ÉS AZZAL EGYENÉRTÉKŰ A KORÁBBI JOGRENDSZEREK, ÁLLANDÓ LAKÓHELLYEL VAGY SZÉKHELLYEL UMBRIA, AMELYEK KÉPESEK ELEMEZNI AZ ENERGIA- ÉS SZERKEZETI TELJESÍTMÉNY EGY ÉPÜLET, LEÍRJA AZ ÉPÍTÉSI TERVEZÉSI FOLYAMATOK TEKINTETÉBEN ENERGIAMEGTAKARÍTÁS, MEGÚJULÓ ENERGIAFORRÁSOK ENERGIATERMELÉSRE VALÓ FELHASZNÁLÁSA, ALACSONY KÖRNYEZETI HATÁSÚ ÉS A VULNECABILITY-RA NAGYMÉRTÉKBEN REAGÁLÓ ÉPÍTŐANYAGOK ÉS TECHNIKÁK HASZNÁLATA EZEKKEL A LÉTESÍTMÉNYEKKEL (NAPHŐ FOTOVOLTAIKUS NAPENERGIA, NAPHŐENERGIA, ALACSONY ENTALPIA, CHP-LÉTESÍTMÉNYEK STB.) ÉS TECHNOLÓGIÁVAL (RENDSZEREK ÉS BERENDEZÉSEK (Hungarian)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+TÁ SÉ MAR AIDHM AG AN TIONSCADAL OILIÚINT (448 UAIR AN CHLOIG SA TEOIRIC AGUS SA CHLEACHTAS AGUS 720 I GCÚRSAÍ OILIÚNA) A CHUR AR FÁIL DO 10 GCÉIMÍ SAN INNEALTÓIREACHT SHIBHIALTA, IN INNEALTÓIREACHT CÓRAS FOIRGNÍOCHTA, SAN INNEALTÓIREACHT SPÁIS AGUS TALÚN, SAN AILTIREACHT AGUS SAN INNEALTÓIREACHT — AILTIREACHT, AGUS A CHOIBHÉIS FAOI CHÓRAIS DLÍ ROIMHE SEO, A BHFUIL CÓNAÍ ORTHU IN UMBRIA NÓ A BHFUIL SAINCHÓNAÍ ORTHU IN UMBRIA, ATÁ IN ANN ANAILÍS A DHÉANAMH AR FHEIDHMÍOCHT FUINNIMH AGUS STRUCHTÚRACH FOIRGNIMH, CUR SÍOS A DHÉANAMH AR PHRÓISIS DEARTHA FOIRGNÍOCHTA I DTÉARMAÍ COIGILTIS FUINNIMH, ÚSÁID FOINSÍ IN-ATHNUAITE LE HAGHAIDH TÁIRGEADH FUINNIMH, ÚSÁID NA N-ÁBHAR AGUS NA DTEICNÍCÍ TÓGÁLA A BHFUIL TIONCHAR ÍSEAL ACU AR AN GCOMHSHAOL AGUS ARDFHREAGAIRT DON VULNECABILITY) LEIS NA SAORÁIDÍ SIN (FÓTAVOLTACH GRÉINE TEIRMEACH GRÉINE, GRIANTEIRMEACHA, EANTALPACHT ÍSEAL, SUITEÁLACHA CTÉ, ETC.) AGUS TEICNEOLAÍOCHT (CÓRAIS AGUS SUITEÁLACHA LE HAGHAIDH (Irish)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+PROJEKTET SYFTAR TILL ATT GE UTBILDNING (448 TIMMAR I TEORI OCH PRAKTIK OCH 720 I UTBILDNINGSKURSER) AV 10 UTEXAMINERADE INOM ANLÄGGNINGSTEKNIK, KONSTRUKTION AV BYGGNADSSYSTEM, INGENJÖRSKONST FÖR UTRYMME OCH MARK, ARKITEKTUR OCH INGENJÖRSKONST – ARKITEKTUR, OCH MOTSVARANDE ENLIGT TIDIGARE RÄTTSSYSTEM, BOSATTA ELLER BOSATTA I UMBRIEN, SOM KAN ANALYSERA EN BYGGNADS ENERGI- OCH STRUKTURPRESTANDA, BESKRIVA KONSTRUKTIONSPROCESSER I FORM AV ENERGIBESPARINGAR, ANVÄNDNING AV FÖRNYBARA ENERGIKÄLLOR FÖR ENERGIPRODUKTION, ANVÄNDNING AV BYGGMATERIAL OCH BYGGTEKNIK MED LÅG MILJÖPÅVERKAN OCH HÖG RESPONS PÅ VULNECABILITY MED DESSA ANLÄGGNINGAR (SOLVÄRME, SOLVÄRME, LÅG ENTALPI, KRAFTVÄRMEANLÄGGNINGAR OSV.) OCH TEKNIK (SYSTEM OCH INSTALLATIONER FÖR (Swedish)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+PROJEKTI EESMÄRK ON PAKKUDA KOOLITUST (448 TUNDI TEOORIAS JA PRAKTIKAS NING 720 KOOLITUSKURSUST) 10 LÕPETAJALE TSIVIILEHITUSES, EHITUSSÜSTEEMIDE PROJEKTEERIMISES, RUUMI- JA MAA-EHITUSES, ARHITEKTUURIS JA INSENERITEADUSES – ARHITEKTUUR JA SAMAVÄÄRNE VARASEMATES ÕIGUSSÜSTEEMIDES, MIS ELAVAD VÕI ASUVAD UMBRIAS, MIS SUUDAVAD ANALÜÜSIDA HOONE ENERGIAT JA STRUKTUURILIST JÕUDLUST, KIRJELDADA EHITUSPROJEKTI PROTSESSE ENERGIASÄÄSTU, TAASTUVATE ENERGIAALLIKATE KASUTAMISE KAUDU ENERGIA TOOTMISEKS, SELLISTE EHITUSMATERJALIDE JA -TEHNIKATE KASUTAMINE, MILLEL ON VÄIKE KESKKONNAMÕJU JA MIS REAGEERIVAD SUUREL MÄÄRAL VULNECABILITY’LE) NENDE RAJATISTEGA (PÄIKESE SOOJUSENERGIA FOTOGALVAANILINE PÄIKESEENERGIA, PÄIKESESOOJUS, MADAL ENTALPIA, KOOSTOOTMISJAAMAD JNE) JA TEHNOLOOGIAGA (SÜSTEEMID JA PAIGALDISED (Estonian)
+Normal rank
+point in time: 3 July 2022Timestamp +2022-07-03T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
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-Timestamp
++2022-07-03T00:00:00Z
-Timezone
++00:00
-Calendar
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@@ Property / location (string) @@
+CITTÀ DELLA PIEVE
@@ Property / location (string): CITTÀ DELLA PIEVE / rank @@
+Normal rank
@@ Property / location (string) @@
+CORCIANO
@@ Property / location (string): CORCIANO / rank @@
+Normal rank
@@ Property / location (string) @@
+PERUGIA
@@ Property / location (string): PERUGIA / rank @@
+Normal rank
@@ Property / location (string) @@
+SPELLO
@@ Property / location (string): SPELLO / rank @@
+Normal rank
@@ Property / location (string) @@
+SPOLETO
@@ Property / location (string): SPOLETO / rank @@
+Normal rank
@@ Property / coordinate location @@
+°57'9.83"N, 12°0'15.59"ELatitude 42.9527338
Longitude 12.004326
Precision 1.0E-5
Globe http://www.wikidata.org/entity/Q2
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+http://www.wikidata.org/entity/Q2
@@ Property / coordinate location: 42°57'9.83"N, 12°0'15.59"E / rank @@
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@@ Property / coordinate location @@
+°7'44.51"N, 12°17'15.79"ELatitude 43.1290269
Longitude 12.287718
Precision 1.0E-5
Globe http://www.wikidata.org/entity/Q2
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+http://www.wikidata.org/entity/Q2
@@ Property / coordinate location: 43°7'44.51"N, 12°17'15.79"E / rank @@
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@@ Property / coordinate location @@
+°6'25.31"N, 12°24'10.80"ELatitude 43.1070321
Longitude 12.402996209906
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@@ Property / coordinate location: 43°6'25.31"N, 12°24'10.80"E / rank @@
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@@ Property / coordinate location @@
+°59'27.42"N, 12°40'18.41"ELatitude 42.9909451
Longitude 12.6717751
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@@ Property / coordinate location: 42°59'27.42"N, 12°40'18.41"E / rank @@
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+°44'7.84"N, 12°44'10.82"ELatitude 42.7355124
Longitude 12.7363357
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@@ Property / coordinate location: 42°44'7.84"N, 12°44'10.82"E / rank @@
+Normal rank
@@ Property / budget @@
+,839.88 EuroAmount 116,839.88 Euro
Unit Euro
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+,839.88 Euro
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@@ Property / budget: 116,839.88 Euro / rank @@
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+,419.94 EuroAmount 58,419.94 Euro
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@@ Property / EU contribution: 58,419.94 Euro / rank @@
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+.0 percentAmount 50.0 percent
Unit percent
-Amount
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@@ Property / co-financing rate: 50.0 percent / rank @@
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@@ Property / contained in NUTS @@
+province of Perugia
@@ Property / contained in NUTS: province of Perugia / rank @@
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+province of Perugia
@@ Property / contained in NUTS: province of Perugia / rank @@
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@@ Property / contained in NUTS: province of Perugia / rank @@
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+Q4047415
@@ Property / beneficiary: Q4047415 / rank @@
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@@ Property / beneficiary name (string) @@
+CESF CENTRO EDILE PER LA SICUREZZA E LA FORMAZIONE
+Normal rank
@@ Property / beneficiary name (string) @@
+CESF CENTRO EDILE PER LA SICUREZZA E LA FORMAZIONE
+Normal rank
@@ Property / priority axis @@
+EMPLOYMENT
@@ Property / priority axis: EMPLOYMENT / rank @@
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@@ Property / thematic objective @@
+Sustainable and quality employment
@@ Property / thematic objective: Sustainable and quality employment / rank @@
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@@ Property / end time @@
+October 2019Timestamp +2019-10-11T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
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++2019-10-11T00:00:00Z
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@@ Property / end time: 11 October 2019 / rank @@
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+April 2023Timestamp +2023-04-08T00:00:00Z
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Precision 1 day
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++2023-04-08T00:00:00Z
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@@ Property / date of last update: 8 April 2023 / rank @@
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@@ Property / Call for proposal @@
+Avviso pubblico SMART  - SECONDA Scadenza
@@ Property / Call for proposal: Avviso pubblico SMART - SECONDA Scadenza / rank @@
+Normal rank

Latest revision as of 06:28, 9 October 2024

Project Q1680748 in Italy

Language	Label	Description	Also known as
English	TECHNICAL PROGRESS OF RENOVATION, SEISMIC UPGRADING AND ENERGY UPGRADING OF BUILDINGS	Project Q1680748 in Italy

Statements

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58,419.94 Euro

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budget

116,839.88 Euro

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co-financing rate

50.0 percent

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start time

23 September 2017

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end time

11 October 2019

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expected end time

25 February 2019

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beneficiary name (string)

CESF CENTRO EDILE PER LA SICUREZZA E LA FORMAZIONE

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CESF CENTRO EDILE PER LA SICUREZZA E LA FORMAZIONE

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beneficiary

Q4047415

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intervention field

Access to employment for job-seekers and inactive people, including the long-term unemployed and people far from the labour market, also through local employment initiatives and support for labour mobility

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42°57'9.83"N, 12°0'15.59"E

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43°7'44.51"N, 12°17'15.79"E

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43°6'25.31"N, 12°24'10.80"E

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42°59'27.42"N, 12°40'18.41"E

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42°44'7.84"N, 12°44'10.82"E

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summary

OBIETTIVO DEL PROGETTO ÃŠ LA FORMAZIONE (448 ORE TEORICO-PRATICHE E 720 DI TIROCINIO) DI 10 LAUREATI IN INGEGNERIA CIVILE, INGEGNERIA DEI SISTEMI EDILIZI, INGEGNERIA PER LÂ¿AMBIENTE E IL TERRITORIO, ARCHITETTURA E INGEGNERIA EDILE-ARCHITETTURA, ED EQUIVALENTI SECONDO PRECEDENTI ORDINAMENTI, RESIDENTI O DOMICILIATI/E IN UMBRIA, CHE SIANO IN GRADO DI ANALIZZARE LE PRESTAZIONI ENERGETICHE E STRUTTURALI DI UN EDIFICIO, QUALIFICARE I PROCESSI DI PROGETTAZIONE DELLE COSTRUZIONI IN TERMINI DI RISPARMIO ENERGETICO, DI UTILIZZO DI FONTI RINNOVABILI PER LA PRODUZIONE DI ENERGIA, DI UTILIZZO DI MATERIALI E TECNICHE COSTRUTTIVE A BASSO IMPATTO AMBIENTALE ED ELEVATA RISPOSTA ALLA VULNERABILITÃ SISMICA, INTEGRANDO GLI ASPETTI EDILIZI (TECNICHE E MATERIALI PER LA COSTRUZIONE DI EDIFICI AD ALTA EFFICIENZA ENERGETICA E BASSO IMPATTO AMBIENTALE) CON QUELLI IMPIANTISTICI (IMPIANTI SOLARI FOTOVOLTAICI, SOLARI TERMICI, GEOTERMICI A BASSA ENTALPIA, COGENERATIVI, ECC.) E TECNOLOGICI (SISTEMI E IMPIANTI PER (Italian)

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THE PROJECT AIMS TO PROVIDE TRAINING (448 HOURS IN THEORY AND PRACTICE AND 720 IN TRAINING COURSES) OF 10 GRADUATES IN CIVIL ENGINEERING, ENGINEERING OF BUILDING SYSTEMS, ENGINEERING FOR SPACE AND LAND, ARCHITECTURE AND ENGINEERING — ARCHITECTURE, AND EQUIVALENT UNDER PREVIOUS LEGAL SYSTEMS, RESIDENT OR DOMICILED IN UMBRIA, THAT ARE ABLE TO ANALYSE THE ENERGY AND STRUCTURAL PERFORMANCE OF A BUILDING, DESCRIBE CONSTRUCTION DESIGN PROCESSES IN TERMS OF ENERGY SAVINGS, USE OF RENEWABLE SOURCES FOR ENERGY PRODUCTION, USE OF CONSTRUCTION MATERIALS AND TECHNIQUES WITH A LOW ENVIRONMENTAL IMPACT AND HIGH RESPONSE TO THE VULNECABILITY) WITH THOSE FACILITIES (SOLAR THERMAL SOLAR PHOTOVOLTAIC, SOLAR THERMAL, LOW ENTHALPY, CHP INSTALLATIONS, ETC.) AND TECHNOLOGY (SYSTEMS AND INSTALLATIONS FOR (English)

readability score

0.1804558196730895

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THE PROJECT AIMS TO PROVIDE TRAINING (448 HOURS IN THEORY AND PRACTICE AND 720 IN TRAINING COURSES) OF 10 GRADUATES IN CIVIL ENGINEERING, ENGINEERING OF BUILDING SYSTEMS, ENGINEERING FOR SPACE AND LAND, ARCHITECTURE AND ENGINEERING — ARCHITECTURE, AND EQUIVALENT UNDER PREVIOUS LEGAL SYSTEMS, RESIDENT OR DOMICILED IN UMBRIA, THAT ARE ABLE TO ANALYSE THE ENERGY AND STRUCTURAL PERFORMANCE OF A BUILDING, DESCRIBE CONSTRUCTION DESIGN PROCESSES IN TERMS OF ENERGY SAVINGS, USE OF RENEWABLE SOURCES FOR ENERGY PRODUCTION, USE OF CONSTRUCTION MATERIALS AND TECHNIQUES WITH A LOW ENVIRONMENTAL IMPACT AND HIGH RESPONSE TO THE VULNECABILITY) WITH THOSE FACILITIES (SOLAR THERMAL SOLAR PHOTOVOLTAIC, SOLAR THERMAL, LOW ENTHALPY, CHP INSTALLATIONS, ETC.) AND TECHNOLOGY (SYSTEMS AND INSTALLATIONS FOR (English)

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L’OBJECTIF DU PROJET EST LA FORMATION (448 HEURES THÉORIQUES-PRATIQUES ET 720 STAGES) DE 10 DIPLÔMÉS EN GÉNIE CIVIL, GÉNIE DES SYSTÈMES DE CONSTRUCTION, INGÉNIERIE ENVIRONNEMENTALE ET TERRITORIALE, ARCHITECTURE ET INGÉNIERIE DE L’ARCHITECTURE DE LA CONSTRUCTION, ET ÉQUIVALENTS SELON LES SYSTÈMES PRÉCÉDENTS, RÉSIDENTS OU DOMICILIÉS EN OMBRIE, QUI SONT CAPABLES D’ANALYSER L’ÉNERGIE ET LA PERFORMANCE STRUCTURELLE D’UN BÂTIMENT, AFIN DE QUALIFIER LES PROCESSUS DE CONCEPTION DE CONSTRUCTION EN TERMES D’ÉCONOMIES D’ÉNERGIE, L’UTILISATION DE SOURCES RENOUVELABLES POUR LA PRODUCTION D’ÉNERGIE, L’UTILISATION DE MATÉRIAUX ET DE TECHNIQUES DE CONSTRUCTION À FAIBLE IMPACT ENVIRONNEMENTAL ET UNE RÉPONSE ÉLEVÉE À LA VULNÉRABILITÉ SISMIQUE, EN INTÉGRANT LES ASPECTS DU BÂTIMENT (TECHNIQUES ET MATÉRIAUX POUR LA CONSTRUCTION DE BÂTIMENTS À HAUT RENDEMENT ÉNERGÉTIQUE ET À FAIBLE IMPACT ENVIRONNEMENTAL) AVEC CEUX DES INSTALLATIONS (SOLAIRE PHOTOVOLTAÏQUE, SOLAIRE THERMIQUE, GÉOTHERMIQUE À FAIBLE ENTHALPIE, COGÉNÉRATIF, ETC.) ET TECHNOLOGIQUES (SYSTÈMES ET INSTALLATIONS POUR LA CONSTRUCTION DE BÂTIMENTS À FAIBLE EFFICACITÉ ÉNERGÉTIQUE ET À FAIBLE IMPACT ENVIRONNEMENTAL) (French)

TECHNICAL PROGRESS OF RENOVATION, SEISMIC UPGRADING AND ENERGY UPGRADING OF BUILDINGS (Q1680748): Difference between revisions

Latest revision as of 06:28, 9 October 2024

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