Published articles

  1. Cătălin GREC, Călin NEAMȚU, Radu COMES, Dan HURGOIU, ANALYZING THE ACCURACY OF 3D MODELS GENERATED USING PHOTOGRAMMETRY COMPARED TO TERRESTRIAL LASER SCANNING. CASE STUDY OF A WATER TREATMENT PLANT LAYOUT Acta Technica Napocensis – Series: Applied Mathematics, Mechanics, And Engineering, 2021, Vol. 64, Iss. 4, ISSN 1221 – 5872.
  2. Daniela POPESCU, Ștefan Bodi, Cătălin GREC, Călin NEAMȚU, Marian JAC, Razvan CURTA, PHOTOGRAMMETRY ACCURACY EVALUATION THROUGH 3D SCANNING AND MEASUREMENT OF A CUSTOM-DESIGNED GAUGE, Quality and Innovation & Nonconventional Technologies in the post-pandemic world, Cluj-Napoca, 18-19 Noiembrie
  3. Neamtu Calin, Comes Radu, Grec Catalin, Jac Marian, 3D scanning of the Egyptian human mummy from the National History Museum of Transylvania, Gods and Mortals of Ancient Egypt, International colloquium, 22-23 0ctober 2021, Cluj-Napoca
  4. Vlăduț Astalos , Radu Comes , Călin Neamțu, Zsolt Buna, Ștefan Bodi, Augmented reality for knowledge transfer and digitalization of processes in the field of industrial maintenance, articol trimis la Tehnologies, ISI
  1. Călin Neamțu, Constantin Măruțoiu, Olivia Florena Nemeș, Zsolt Buna , Victor Constantin Măruțoiu, Radu Comes , Stefan Bodi , Rozsos Raul , and Teofil Tia , A Multi-Methodological approach for cultural heritage documentation and dissemination, Applied Sciences
  2. Popovici D-M, Iordache D, Comes R, Neamțu CGD, Băutu E. Interactive Exploration of Virtual Heritage by Means of Natural Gestures. Applied Sciences. 2022; 12(9):4452. https://doi.org/10.3390/app12094452
  3. Călin Neamțu, Zsolt Buna, Radu Comes, Cătălin Grec, Raul Rozsos, Smartphone-based photogrammetry assessment in industrial engineering, Innovative Manufacturing Engineering & Energy International Conference 17-19 November 2022 https://imane.ro/
  4. Blagu D, Szabo D, Dragomir D, Neamțu C, Popescu D. Offering Carbon Smart Options through Product Development to Meet Customer Expectations. Sustainability. 2022; 14(16):9913. https://doi.org/10.3390/su14169913

The implementation of the project will lead to the following results:

  1. Technical documentation containing a set of technical drawings that will be available to other researchers to study the accuracy of photogrammetry, at least 10 drawings for gauges and 1 for a larger set;
  2. A technical measurement report for “standard gauges”, at least 15 combinations and 1 set;
  3. Approx. 500 3D models obtained using various photogrammetry software solutions;
  4. A database with a complex set of data describing the results of each experiment and statistical data;
  5. Technical documentation for estimating photogrammetry accuracy;
  6. Approximately 100 3D models obtained using various photogrammetry software solutions and laser scanners;
  7. A complex set of data describing the results of each experiment and statistical data;
  8. Technical documentation on the validation of the formula for estimating accuracy in the case of real artifacts and monuments;
  9. Project website;
  10. 5 scientific papers;
  11. 2 reports with technical and financial data on the implementation of the project;
  12. Purchased new equipment and accessories;

In cadrul proiectului au fost digitizate peste 50 de artefacte istorice di 3o de monumnete. In galeria de mai jos se pot vede o partedintre ele.