Henk Jan Veldman

2000
22	EE	Douglas Bauer, Hajo Broersma, Henk Jan Veldman: Not Every 2-tough Graph Is Hamiltonian. Discrete Applied Mathematics 99(1-3): 317-321 (2000)
21	EE	Douglas Bauer, Gyula Y. Katona, Dieter Kratsch, Henk Jan Veldman: Chordality and 2-factors in Tough Graphs. Discrete Applied Mathematics 99(1-3): 323-329 (2000)
20	EE	Douglas Bauer, Linda E. McGuire, Huib Trommel, Henk Jan Veldman: Long cycles in 3-cyclable graphs. Discrete Mathematics 218(1-3): 1-8 (2000)
1999
19	EE	Huib Trommel, Henk Jan Veldman, A. Verschut: Pancyclicity of claw-free hamiltonian graphs. Discrete Mathematics 197-198: 781-789 (1999)
1997
18	EE	Hajo Broersma, Hao Li, Jianping Li, Feng Tian, Henk Jan Veldman: Cycles through subsets with large degree sums. Discrete Mathematics 171(1-3): 43-54 (1997)
1996
17	EE	Douglas Bauer, Edward F. Schmeichel, Henk Jan Veldman: A note on dominating cycles in 2-connected graphs. Discrete Mathematics 155(1-3): 13-18 (1996)
1995
16	EE	E. van Blanken, J. van den Heuvel, Henk Jan Veldman: Pancyclicity of hamiltonian line graphs. Discrete Mathematics 138(1-3): 379-385 (1995)
15	EE	Douglas Bauer, H. J. Broersma, J. van den Heuvel, Henk Jan Veldman: Long cycles in graphs with prescribed toughness and minimum degree. Discrete Mathematics 141(1-3): 1-10 (1995)
1994
14	EE	Henk Jan Veldman: On dominating and spanning circuits in graphs. Discrete Mathematics 124(1-3): 229-239 (1994)
1993
13	EE	H. J. Broersma, J. van den Heuvel, Henk Jan Veldman: Long cycles, degree sums and neighborhood unions. Discrete Mathematics 121(1-3): 25-35 (1993)
12	EE	H. J. Broersma, J. van den Heuvel, Henk Jan Veldman: A generalization of Ore's Theorem involving neighborhood unions. Discrete Mathematics 122(1-3): 37-49 (1993)
1992
11	EE	Henk Jan Veldman: Cycles containing many vertices of large degree. Discrete Mathematics 101(1-3): 319-325 (1992)
1991
10	EE	F. Göbel, J. Orestes Cerdeira, Henk Jan Veldman: Label-connected graphs and the gossip problem. Discrete Mathematics 87(1): 29-40 (1991)
9	EE	Douglas Bauer, Genghua Fan, Henk Jan Veldman: Hamiltonian properties of graphs with large neighborhood unions. Discrete Mathematics 96(1): 33-49 (1991)
1990
8	EE	Douglas Bauer, Henk Jan Veldman, Aurora Morgana, Edward F. Schmeichel: Long cycles in graphs with large degree sums. Discrete Mathematics 79(1): 59-70 (1990)
1989
7	EE	Douglas Bauer, Hajo Broersma, Henk Jan Veldman, Li Rao: A generalization of a result of Häggkvist and Nicoghossian. J. Comb. Theory, Ser. B 47(2): 237-243 (1989)
1984
6	EE	H. J. Krol, Henk Jan Veldman: On maximum critically h-connected graphs. Discrete Mathematics 52(2-3): 225-234 (1984)
1983
5	EE	Henk Jan Veldman: Existence of dominating cycles and paths. Discrete Mathematics 43(2-3): 281-296 (1983)
4	EE	Henk Jan Veldman: Non-kappa-critical vertices in graphs. Discrete Mathematics 44(1): 105-110 (1983)
3	EE	Henk Jan Veldman: Existence of Dlambda-cycles and Dlambda-paths. Discrete Mathematics 44(3): 309-316 (1983)
1981
2	EE	Cornelis Hoede, Henk Jan Veldman: Contraction theorems in Hamiltonian graph theory. Discrete Mathematics 34(1): 61-67 (1981)
1978
1	EE	Cornelis Hoede, Henk Jan Veldman: On characterization of Hamiltonian graphs. J. Comb. Theory, Ser. B 25(1): 47-53 (1978)

Coauthor Index

1	Douglas Bauer	[7] [8] [9] [15] [17] [20] [21] [22]
2	E. van Blanken	[16]
3	Hajo Broersma (H. J. Broersma)	[7] [12] [13] [15] [18] [22]
4	J. Orestes Cerdeira	[10]
5	Genghua Fan	[9]
6	F. Göbel	[10]
7	J. van den Heuvel	[12] [13] [15] [16]
8	Cornelis Hoede	[1] [2]
9	Gyula Y. Katona	[21]
10	Dieter Kratsch	[21]
11	H. J. Krol	[6]
12	Hao Li	[18]
13	Jianping Li	[18]
14	Linda E. McGuire	[20]
15	Aurora Morgana	[8]
16	Li Rao	[7]
17	Edward F. Schmeichel	[8] [17]
18	Feng Tian	[18]
19	Huib Trommel	[19] [20]
20	A. Verschut	[19]

Colors in the list of coauthors