References
- Analysis of welded structure K.Mashubuchi
- Metall. Trans. B v.15B A new element model for welding heat source J.Goldak;A.Chakravarti;M.Bibby
- Metall. Trans. B v.17B Computer modeling of heat flow in welds J.Goldak;M.Bibby;J.Moore;R.House;B.Patel
- Metall. Trans. B v.16B Distribution of the heat and current fluxes in gas tungsten arcs N.S.Tsai;T.W.Eagar
- Welding J. v.67-11 Arc and weld pool behavior for pulsed current GTAW H.R.Saedi;W.Unkel
- Welding J. v.74-12 Thermal efficiency of arc welding processes J.N.Dupont;A.R.Marder
- J. of Engineering Materials and Technology v.120 Modeling of GMA weld pools with consideration of droplet impact Z.N.Cao;P.Dong https://doi.org/10.1115/1.2807020
- Welding Int. v.13-3 Mathematical model of the seat source in gas-shielded TIG welding Part 1-Normal Process V.A.Sudnik;A.V.Ivanov
- J. of KWS v.10-2 Optimization of the heat input condition on arc welding I.C.Park;G.J.Park;K.W.Um
- J. of JWS v.14-1 Modeling of the arc sensor for DC MIG/MAG welding in open arc mode-A study of the improvement of the sensitivity and the reliability of the arc sensor in GMA welding (1st Report) M.Ushio;W.Mao
- J. of KWS v.18-5 Analysis of dynamic behavior in GMAW system J.Y.Lee;J.H.Choi;J.Lee;C.D.Yoo
- Ann. Occup. Hyg. v.45-2 A model for prediction of fume formation rate in gas metal arc welding(GMAW), globular and spray modes, DC electrode positive J.H.Dennis;P.J.Hewitt;C.A.J.Redding;A.D.Workman
- Welding J. v.81-6 Fume Model for gas metal arc welding C.J.Redding
- Welding Int. v.18-4 Mathematical modeling of MAG welding Y.Tsuji;T.Yamamoto;F.Miyasaka;T.Oji