Follow
Popan Ioan Alexandru
Popan Ioan Alexandru
Verified email at tcm.utcluj.ro
Title
Cited by
Cited by
Year
STUDIES ON WATER JET CUTTING OF 2D PARTS MADE FROM CARBON FIBER COMPOSITE MATERIALS.
AV MIRON, N BÂLC, A POPAN, CŞ BORZAN, P BERE
Academic Journal of Manufacturing Engineering 11 (2), 2013
272013
Investigation on standoff distance influence on kerf characteristics in abrasive water jet cutting of composite materials
IA Popan, G Contiu, I Campbell
MATEC Web of Conferences 137, 01009, 2017
192017
Avoiding carbon fibre reinforced polymer delamination during abrasive water jet piercing: a new piercing method
IA Popan, N Balc, AI Popan
The International Journal of Advanced Manufacturing Technology 119 (1), 1139 …, 2022
182022
Research on Abrasive Water Jet Milling of the Planar Surfaces, Slots and Profiles
A Popan, N Balc, A Carean, A Luca, A Miron
Applied Mechanics and Materials 760, 409-414, 2015
152015
Investigation on feed rate influence on surface quality in abrasive water jet cutting of composite materials, monitoring acoustic emissions
IA Popan, V Bocanet, N Balc, AI Popan
Advances in Manufacturing Engineering and Materials: Proceedings of the …, 2019
92019
Surface roughness prediction during dry turning of austenitic stainless steel AISI 304
IA Popan, N Bâlc, A Popan, D Fraţilă, A Trif
Applied Mechanics and Materials 808, 54-59, 2015
92015
IMPROVING THE QUALITY OF THE PARTS MADE BY RAPID METAL CASTING PROCESS.
A LUCA, N BALC, A POPAN, V Ceclan, N PANC
Academic Journal of Manufacturing Engineering 12 (1), 2014
92014
DEVELOPING A NEW PROGRAM TO CALCULATE THE OPTIMUM WATER JET CUTTING PARAMETERS.
A POPAN, N BALC, A CAREAN, A LUCA, V CECLAN
Academic journal of manufacturing engineering 9 (3), 2011
92011
Numerical simulation of the tube bending process and validation of the results.
VA CECLAN, N BÂLC, AV MIRON, C BORZAN, A POPAN
Academic Journal of Manufacturing Engineering 9 (3), 2011
92011
DIRECT MANUFACTURING OF CUSTOMIZED IMPLANTS FROM BIOMETALS, BY 3D PRINTING.
C COSMA, N BALC, P BERCE, A POPAN, A COSMA, A BURDE
Academic Journal of Manufacturing Engineering 15 (4), 2017
82017
The Accuracy of the Plastic Parts Milling Process Executed by a Six Axes Robot
A Popan, N Bâlc, B Luca, A Popan, A Carean
Applied Mechanics and Materials 808, 339-344, 2015
82015
ANALYSIS OF ALUMINUM PARTS FOR ACCURACY IMPROVEMENT IN VACUUM CASTING PROCESS.
A LUCA, N BALC, I DRSTVENSEK, A POPAN
Academic Journal of Manufacturing Engineering 9 (3), 2011
82011
Experimental study on 3d printed parts made of continuous fiberglass reinforced polymer
A POPAN, IA POPAN, C COSMA, V CECLAN, B Nicolae
Acta Technica Napocensis-Series: Applied Mathematics, Mechanics, And …, 2021
62021
Preliminary study on occurrence of composite material delamination processed by abrasive water jet cutting
IA Popan, N Bâlc, AI Popan
MATEC Web of Conferences 121, 02010, 2017
62017
Analyses of process parameters influence on the drilling process by using carbide drills for steel St52-3
IA Popan, AI Popan, SC Cosma, A Carean
MATEC Web of Conferences 94, 02011, 2017
62017
RESEARCH ON 3D METAL SCULPTURING BY WATER JET CUTTING VERSUS CNC MACHINING.
IA Popan, A Cărean, A Luca, V Ceclan, N Balc
Academic Journal of Manufacturing Engineering 11 (4), 2013
62013
Correction of Shape Error at Cut-In and Cut-Out Points in Abrasive Waterjet Cutting of Carbon Fiber Reinforced Polymer (CFRP)
IA Popan, C Cosma, AI Popan, N Panc, D Filip, N Balc
Machines 11 (8), 800, 2023
52023
Experimental study on manufacturing complex parts from composite materials using water jet cutting
IA Popan, A Popan
ACTA TECHNICA NAPOCENSIS-Series: APPLIED MATHEMATICS, MECHANICS, and …, 2017
52017
The influence of investment casting process parameters of complex metal parts.
A LUCA, N BALC, A POPAN, N PANC
Academic Journal of Manufacturing Engineering 10 (3), 2012
52012
Monitoring Equipment Malfunctions in Composite Material Machining: Acoustic Emission-Based Approach for Abrasive Waterjet Cutting
IA Popan, C Cosma, AI Popan, VI Bocăneț, N Bâlc
Applied Sciences 14 (11), 4901, 2024
42024
The system can't perform the operation now. Try again later.
Articles 1–20