MUllyTUH MUllaH1~OeUn, HaW 3HaMeHUTU aavsnmc, 6aBUO ce aCTpOHOMU­JOM, MaTeMaTUKOM, MexaHUKOM U reo<pU3UKOM, OCTBapUBWU y CBOM panv MY­arnnacnarrrranapaa npacrvn HayllHuM rrp06JIeMuMa. CBOjOM OCHOBHOM crpv­KOM - rpabeanacxosc TeXHUKOM, fiaano ce rrOCJIe crvnnja Ha Texnasncoj BUCO­KOj WKOJIU Y BellY caao HeKOJIUKO ronaaa U nocrao npnaaar crpv-nsax aaapxmpano-oeroncxe KOHcTpyKI.J;uje. On caxtor nosrerxa MUJIaHKOBUn ce HU­je orpamrsno casio Ha UH)KelbepCKY ,a;eJIaTHOCT Ben je o6jaBJhUBaO U Hay­llHe panose U narenrnpao csoja KOHCTpyKI.J;UOHa peureisa.

)J;OJIaCKOM Ha Beorpancxn vnasepaarer 1909. ronaae, rne je aaafipanrro noaanv aa aanpennor nporpecopa npmrerseae MaTeMaTUKe (xoja je o6y­xsarana paI.J;UOHaJIHy MexaHuKy, reopajcxv <PU3UKY U He6ecKy MexaHuKy),MUJIaHKOBUn ce onpenenno aa navsno crnaparse U HaCTaBHUllKU pa,a;. HH­)KelbepCKoM npaxcosr 6aBuo ce noapexreao xana je, xao jenan on MaJIo6po­janx crpv-nsaxa 3a apsurpann 6eToH y npenparnoj Cp6uju, rr03UBaH npn­JIUKOM crpysnnx excneprnaa, nansopa KO,a; nasobersa panosa U CJI. OCTBa­pyjynu aneanno jezmacrao u3Meoy navsnor pana, HaCTaBHUllKe ,a;eJIaTHOCTUH nparcraxae UH)KelbepCKe aKTUBHOCTU, MUJIaHKOBUn je Ha CBUM rrJIaHOBUManao BeJIUKU nonpanoc.

Ilpenasarsa Ha Beorpancxoxr vnaaepaarerv 6uJIa cy rro 06UMy U canp­)KUHU Ha HUBOy enponcxe yHuBep3UTeTCKe HaCTaBe npsnx neuenaja osornexa. )J;aJIeKO cy npenauraaana rrpermnben rrporpast U o6yxBaTaJIa: BeKTOp­CKY aHaJIU3Y, ormrrv reopajv <pU3UllKUX norsa, eJIeKTpO U MarHeTocTaTuKy,reopajv peJIaTUBHOCTU, Maicceenoey reopajv eJIeKTpUI.J;UTeTa UT,a;. MUJIaHKOBU­ha MO)KeMO CMaTpaTU OCHUBalleM canpenene Ilpaaersene MaTeMaTUKe HaBeorpa,a;CKOM yHuBep3uTeTy.

Havsraa panosa nocaehenn cy rrpotinexsy COJIapHe KJIUMe U TeMrrepa­Typa Ha rrJIaHeTaMa. Teopujy rrJIaHeTHUX TeMrrepaTypa HapolluTo je pa3BuoU paapanno sa nanry nnanerv, llUMe je CTBOpUO CBOjy nosnarv MaTeMaTU-

181

182

Y:Ky reopajv 3eMJbHHe KJIIIMe. MIIJIaHKOBIIneBa reopnja 0 rrouepaa-y 3eM­JbIIHIIX rrOJIOBa II3JIO)KeHa je y KarrIITaJIHOM .JJ:eJIy Ilpupynnuic sa ZeOrpU3U­KY· Ha nnany acrponoxmje 6aBIIo ce vcneurao pe<j:>opMoM rperopajancxorKaJIeH.JJ:apa.

Kao IICTOpII'lap II nonvnapnsarop navxe MIIJIyTIIH MIIJIaHKOBIIn je Ha­rnrcao sarrre .JJ:eJIa, xoja cy .JJ:O nanac aepoaarno nenpenaanbena y OBOj BpCTIIcrnapanaurraa KO.JJ: Hac.

Pa3HOBpCHO II rrJIO.JJ:HO CTBapaJIalllTBO 3aXTeBa O.JJ: 6II6JIIIOrpa<j:>a rrpe~II­

3HO peracrpoaarse II nonncnaaa,e pa.JJ:OBa. GBOM rrpIIJIIIKOM II3pa.JJ:IIJIII CMOcaMO jenan CeJIeKTIIBaH II KOH~II3aH nonac MIIJIaHKOBIIneBIIX pa.JJ:OBa ea OCHO­BHIIM 6II6JIIIOrpa<j:>CKIIM rrO.JJ:a~IIMa. HIICy ofiyxaahemr nperrroaopa, rrpIIKa3II,rrpIIrO.JJ:HII pa.JJ:OBII (rr03.JJ:paBHII rOBopII, HeKpOJI03II II CJI.) xao HII npenrraxr­nana O.JJ:JIOM~II II3 opIIrIIHaJIHIIX pa.JJ:OBa. Taxobe HIICy HOTIIpaHe narenrneucrrpaae, II3Be.JJ:eHII npojexrn II peurersa II3 60raTe IIH)KelhepCKe .JJ:eJIaTHOCTIIMIIJIyTIIHa MIIJIaHKOBIIna.

IIorrIIcaHII pa.JJ:OBII rpvnacana cy rrpexra <j:>OpMII II Ha'lIIHY o6jaBJbIIBalhay TpII ~eJIIIHe: 1. Iloceona II3.JJ:alha; 2. IIPIIJI03II Y 'laCOrrIICIIMa II JIIICTOBIIMa;3. IIPIIJI03II Y rrpIIpy'lHII~IIMa, 36opHII~IIMa II cnozseannaua. XpOHOJIOIIIKIInpnauan cpebnnaa,a cnpoaenen je y CBIIM rpvnaxsa.

EII6JIIIOTeKa Cpncxe aKa.JJ:eMIIje navxa II yMeTHocTII npanpexra .JJ:eTaJbHY6II6JIIIOrpa<j:>IIjy xao CBOj .JJ:onpIIHOC rrpOCJIaBII CTorO.JJ:IIllllhII~e pobersa BeJIII­xor Hay'lHIIKa. Taxobe ce npnnpexra KaTaJIOr MIIJIaHKOBIIneBe 6II6JIIIOTeKe,xojv je rrOKJIOHIIO AKa.JJ:eMIIjII. Osaj nparonena <j:>OH.JJ: 'lyBa ce xao noceona6II6JIIIOTeKa y EII6JIIIOTe~II AKa.JJ:eMIIje navxa.

1. nOCEIiHA U3,IJ;AIIJA

1. Beitrag zur Theorie der Betoneisentrdger. - Wien, 1905; p. 18.2. Eisenbetondecke mit I soliereinlagen. - Wien, 1908; p. (6).3. Theorie mathematique des phenomenes thermiques produits par la ra-

diation solaire. - Paris, 1920; p. XVI + 338.4. Pediopua JyAujaT-tCKOZ tcanenoapa. - Beorpan, 1923; CTp. 52.5. KP03 eacuouy u eeKoee. - HOBII Ca.JJ:, 1928; CTp. 212.6. Mathematische Klimalehre und Astronomische Theorie der Klimaschwan-

kungen. - Berlin, 1930; p. IV + 176.7. Hetiecxa MeXaT-tUKa. - Beorpan, 1935; CTp. (4) + 333.8. Durch [erne Welten und Zeiten. - Leipzig, 1936; p. 390 + (2).

9. Durch ferne Welten und Zeiten. 2. Aufl. - Leipzig, 1J.939; p. 390 + (2).

10. MaTeMaTII'leCKaH KJIIIMaTOJIOrIIH II aCTpOHOMII'leCKaH TeopIIH KOJIe6aHIIMKJIIIMaTa. -MocKBa, JIeHIIrpa.JJ:, 1939; CTp. 207.

I

I

_______________.....-.....l

11. Kanon der Erdbestrahlung und seine Anwendung auf das Eiszeitenprob-lem. - Belgrad, 1941; p. XX + 633.

12. KP03 eacuotcy U eexoee. ~ Beorpan, 1943; CTp. 329.

13. KP03 eacuouy U 6eK06e. 2. nan, - Beorpan, 1944; CTp. 329.

14. Hcau: IbyTH U IbyTH06a npunuunuja. MHJIyTlIH MHJIaHKOBHn H CJIaBKOEOKIIIaH. - Beorpan, 1946; CTp. 95.

15. MUKa AJlac. MHJlYTHH MHJIaHKOBHn H JeJIeHKO MHXaHJIOBHn. - Beorpan,1946; CTp. 110.

16. OCHU6a'1U npupoonux nayv:a. - Beorpan, 1947; CTp. 88.

17. OCH06U Hetiectce uexauuxe. - Beorpan, 1947; CTp. 97 + (3).

18. ACTpoHoMcKa reopuja KJlUMaTCKUX npouena U teena npuuena y ieodiusu­I1U. - Beorpan, 1948; CTp. V + (3) + 159.

19. Hcropuja actponoucice naytce 00 teeuux npeux nonecaxa 00 1727. - Be­orpan, 1948; CTp. 167.

20. KP03 l1apCT60 nayica. - Beorpan, 1950; CTp. 286.

21. Zgodovina astronomije od njenih prvih zacetkov do leta 1727. - Ljub­ljana, 1951; str. 171 + (4).

22. Kroz vasionu i vekove. - Beograd, 1952; str. 288.

23. Ycnoueue, ooxcuenaju U casnatea U3 zoouua 1909 00 1944. - Beorpan,1952; CTp. 288.

24. Ileaoecet 06a eexa xeuuje. - Kparvjesau, 1953; CTp. 98 + (2).

25. Hcropuja actponoucu:e nayxe 00 teeuux npeux noueraxa 00 1727. (2 asn.).- Beorpan, 1954; CTp. 141 + (2).

26. Hayica U TeXHUKa TOKOM 6eK06a. - Capajeso, 1955; CTp. 118 + (5).

27. OCH06U netiecxe uexanuice. 2. aan. - Beorpan, 1955; CTp. 97 + (3).

28. Texuuxa y TOKy oaeuux 6eK06a. - Beorpan, 1955; CTp. 138 + (2).

29. Astronomische Theorie der Klimaschwankungen, ihr Werdegang und Wi­derhall. - Beograd, 1957; p. (2) + 58.

30. Ycnoueue, ooxcuen.aju. U casnatea nocne 1944 lOOUHe. - Beorpan, 1957;CTp. 194.

31. Canon of Insolation and the Ice-age Problem. - Jerusalem, 1969; p.XXIII + 484.

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Special Puhllcations, Vol. 132section of Mathemal.ical and Natural Sciences, Vol. 33

M. Milaukovitch

CAr~Oi'I OF INSOLATIONAl\TD TI-IE

ICE-AGE PROBLEM(Kanon der Erdbesuahlung und seine Anwendung auf das Eiszeitenproblem)

bdgradc 1941

Trans lsted [rem German

Lrae l r.'"'1i:r;l:1 fer ~d~ntirk Trans ls t ions

Jerusalem 19Gfl

2. nPHJI03H V qACOnHCHMA H JIHCTOBHMA

1906.

1. Die vorteilhafteste Konstruktionshohe und Verlagsweite der Rippen der ,Hennebiqueschen Decke. - Z. ost. Ing. - u. Archit. Ver., 1906, 45; (1-5).

1907.

2. Theorie der Druckkurven. - Z. Math. Phys., 1907, 55, 1/2; 1-27. (Dr dis.).

1908.

3. Hajpauuonanuu]a lCOHCTPYlCTu6Ha 6UCUHa U pasuax pe6apa lCOO EHe6u­lC06e raeauuue. - Cpn. TeXH. JIllCT, 1908, XIX, CTpYQHll nonarax aa an­PllJI - jYHll 1908; 37-39.

4. 0 membranama jednakog otpora. - Rad JAZU, 1908, 175; 140-152.

1909.

5. Eine graphische Darstellung der geometrischen Pnogressionen. - Z. math.naturw. Unterr., 1909, XL, 617; 22-22.

6. Ocotiuua tcperatea y [eonoue cneuujanusupanou npotineuy TPUjy TMa. ­I'nac CKA, 1909, LXXIX; 218-222.

1910.

7. Ilozneo Ha pa36UTalC stexanuice U Ha n.e« nonotncaj npeua OCTallUM etsaic­THllM aayrcaxsa. - CKf, 1910, XXIV, 10: 3, 210-217; 4, 287-299.

8. Zur Statik der massiven Widerlager. - Z. Math. Phys., 1910, 58, 1/2;120-128.

1911.

9. 0 xuneuatuunoj cuuerpuja U teeno] npUMeHU Ha xeanuratuena petueteanpotineua ouuauuxe. - I'rrac CKA, 1911, LXXXV; 109 - 163.

10. 0 OntuTUM unreipanuua npotineua n TMa. - I'nac CKA, 1911, LXXXIII;156-196.

1912.

11. 0 teoriji Michelsonova eksperimenta. - Rad JAZU, 1912, 190; 65-70.

12. Tlpunoz reopuju uateuarcxe lCIlUMe. - I'nac CKA, 1912, LXXXVII; 136 ­160.

188

1913.

13. 0 primjeni matematicke teorije sprovoden]a toplote na probleme kosmi­eke [izike. - Rad JAZU, 1913, 200; 109 - 131.

14. 0 pacnopeoy CYH'1eee paoujauuje Ha noepucuna 3eM/be. - I'rrac CKA, 1913,XCI; 101-179;

15. Uber ein Problem der Wiirmeleitung und dessen Anwendung aut die The­orie des solaren Klimas. - Z. Math. Phys., 1913, 62, 1; 63-77.

1914.

16. Uber die Anwendung der mathematischen. Theorie der Wiirmeleitung autProbleme der kosmischen Physik. - Izvjesca JAZU, 1914, 1; 82-86.

17. Uber die Verringerung der Wiirmeabgabe durch die Marsatrmosphdre. ­Annln Phys., 1914, IV, 44; 465-476.

18. Zur Theorie der Strahlenabsorption in der Atmosphdre. - Annln Phys.,1914, IV, 43; 623-638.

1915.

19. 0 pitanju astronomskih teorija iedenih doba. - Rad JAZU, 1915, 204 za1914; 141-150.

20. Uber die Frage der astronomischen Theorien der Eiszeiten. - Izvjes­ea JAZU, 1915, 3; 115-124.

1916.

21. Ispitivanja 0 klimi planete Marsa. - Rad JAZU, 1916, 213; 64-96.

1916-1917.

22. Uber Membranen gleichen Widerstandes. - Izvjesca JAZU, 1916-1917,(I) za 1867-1914; 136--137.

23. Untersuchungen iiber das Klima des planeten Mars. - Izvjesca JAZU,1916 -1917, 6 i 7; 19 - 33.

24. Zur Theorie der Michelsonschen Versuches. - Izvjesca JAZU, 1916-1917,(I) za 1867 -1914; 137 -137.

189

--- -- - --- ---

, ,), ~ \;:

1920.

25. Mathematische Theorie del' durch die Sonnenstrahlung verursachten Wii­rmeerscheinungen. - Izvjesca JAZU, 1920, 13 i 14; 27-52.

26. 0 novim nacinima gradenja u Austriji. - Tehn. list, 1920, II, 22; 225-227.

1922.

27. Del' Stammbaum des Eisenbetons. - Beton u. Eisen, 1922, XXI, 3; 37 ­- 38.

1923.

28. Kanopuuua ioouuuea oooa u T-bUX06a npuueua Y naJleOKJlUMaTC1WM npo6­JleMy. - I'rrac CKA, 1923, CIX; 1-30.

29. H06U npa60CJla6HU tcanenoap. - fJIaCHHK Cpncxe npanocnaaae narpajap­nmje, 1923, IV: 19, 291-292; 20, 309-311; 21, 326-327.

30. C6enpa60CJla6HU tconzpec y Ilapuzpaoy u T-beZ06a tcanenoapcica pediopua.- Mncao, 1923, XIII, 6; 1668-1676.

1924.

31. Das Ende des julianischen Kalenders und del' neue Kalender del' orien­talischen Kirchen. - Astr. Nachr., 1924, 220, 5279; 397 - 384.

32. Die Feuersicherheit del' Eisenbetonkassen. - Beton u. Eisen, 1924, XXIII,10; 126 - 126.

33. 0 0PYZOM nOCTYJlaTY cneuujanne Teopuje penatueutet:a. - Tnac CKA,1924, CXI; 6-56.

1926.

34. HcnUTU6aT-ba 0 t epsaouco] KOHCTUTYlf.UjU nJlaHeTCKUX atuocdiepa. - TrracCKA, 1926, CXX; 19-34.

35. Kanenoap sesusune npOUJ.JlOCTU. - I'nac CKA, 1926, CXVII; 1-9.

1926-1928.

36. KP03 eacuouy U 6eK06e. - TIMC, 1926 -1928, C, Cl, CII; KIh. 307, 308,309, 310, 311, 312, 313, 314, 315, 316, 317' 318; (139).

190

~l

ItI

I

1929.

37. Xoheuo IlU 00 1. otctotipa UMaTU [eoau tcaneuoap? - Bpeue, 24. I 1929,2546.

38. 0 ocuuaauujaua reuneparype y pa3HUM cnojeeuua Seun.une aruoctpepe.- I'rrac CKA, 1929, CXXXIV; 129-147.

39. Saucro lCOO Hac [oui nuje yeeoett uoeu tcaneuoap? - IIoJIHTHKa, 21. I1929, 7444.

1931.

40. Acrponouctca reopuja ceicynapnux eapujauuja lCIlUMe. - I'nac CKA, 1931,CXLIII; 27-89.

41. Ober die Uratmosphdre der Erde. - Gerlands Beitr. Geophys., 1931, 33;219 - 222.

1932.

42. Bahnkurve der siikularen Polverlagerung. - PubIs math. Univ. Belgr.,1932, I; 129 -133.

43. Cetcynapna nouepatea 3eMlbuHUx nonoea porauuje. - I'nac CKA, 1932,CUI; 39-74.

1933.

44. Hyuepu-uco uspanynaeatee cetcynapne nyratee 3eMlbuHUX nonoea potauu­je. - I'nac CKA, 1933, CUV; 3-38.

45. Numerische Ausrechnung der sdkularen. Bahnkurve der Rotatiospole derErde. - Bull. Ac,~d. r. serbe, 1933, A, 1; 75 - 83.

46. 0 nouepatey 3eMlbuHux nonoea. - fO)l;HIIIl:baK nanrer He6a aa 1934, 1933,V; 162 - 170.

47. Das Problem der Verlagerungen der Drehpole der Erde in den exaktenund in den beschreibenden Naturwissenschaften. - PubIs math. Univ.Belgr., 1933, II; 166 - 188.

48. Sdkulare Verlagerungen der Rotationspole der Erde. - Bull. Acad. r. se­rbe,1933, A, 1; 13 - 16.

191

1934.

49. Der Mechanismus der Polverlagerungen und die daraus sich ergebendenPolbahnkurven. - Gerlands Beitr. Geophys., 1934, 42, 1; 70 - 97.

50. Sind grosse Polverschiebungen moglich? - Gerlands Beitr. Geophys.,1934, 43, 3; 309 - 310.

51. Zur Berechnung der Polfluchtkraft. - Gerlands Beitr. Geophys., 1934,43, 3; 325 - 326.

1937.

52. H08U pesyararu aCTpOHOMClCe xeopuje lCllUMaTClCUX npouena. - I'rracCKA, 1937, CLXXV; 3-41.

1938.

53. Un chapitre de l'histoire de la Terre dans la lumiere des sciences mathe­matiques. - Revue math. Un. interbalk., 1938, Il, 1; 53-64.

54. Neue Ergebnisse der astronomischen Theorie der Klimaschwankungen.­Bull. Acad. r. serbe, 1938, A, 4; 1 - 41.

55. Ein neues Kapitel der exakten Wissenschaften und dessen Anwendungin den beschreibenden Naturwissenschaften. - Publs math. Univ. Belgr.1938, VI - VII (za) 1937 -1938; 13 - 31.

1939.

56. 0 ynorpetni eetcropcxux eneuenaca y pawyti» nnauetctcux nopeuehaja. ­I'nac CKA, 1939, CLXXX; 3 -72.

57. Ober die Verwendung vektorieller Bahnelemente in der Storungsrecb ­nung. - Bull. Acad. r. serbe, 1939, A, 6; 1-70.

1943.

58. y LJapcT8Y nayica. - Cprr. HapO,IJ;, EO)KIIn (EO)KIInHII 6poj) 1943, (H), (1);(13).

1946.

59. Hcax Ibyrn. - Havxa II TeXHIIKa, 1946, Il: 7, 601-617; 8, 681-696.60. JIUt.tHOCT Muxauna Iletpoeuha. - Havxa II TeXHIIKa, 1946, Il, 6; 461-470.

192

1947.

61. Ilurazopa U teetoea uncona. - Havxa H TeXHHKa, 1947, Ill: 2, 119-129;3, 187-195.

1948.

62. Ausbau und gegenwdrtiger Stand der astronomischen Theorie der erdge­schichtlichen Klimate. - Experientia, 1948, IV, 11; 413 - 432.

1953.

63. 0 Ilroneuajeey uspawynaeasey 6poja n. - 360pHHK panosa CAHY, 1953,XXV;11-14.

64. Ilpeu apuupano-tieconcicu MOCToau y npeopatnoj Cp6uju. - Tehnika na­rodu, 4. X - 11. X 1953, VI: br. '39, 5; br. 40, 5.

1954.

65. Uber den Anteil der exakten Wissenschaften an der Erforschung der ge­ologischen Vorzeit. - PubIs Inst. math. Aead. serbe sci., 1954, VI; 1-11.

1956.

66. Aristarchos und Apollonios. Das heliozentrische und das geozentrischeWeltsystem des klassischen Altertums. - PubIs Inst. math. Aead. serbesci., 1956, IX; 79 - 92.

67. Erforschung der Chronologie der Eiszeit. - Arehaeol. Austriaca, 1956,19/20; 1-14.

68. BaeU/lOHCKU ropau, uooepne TeXHUKe. - I'rrac CAH, 1956, CCXX; 137­- 150.

1977.

69. Iloineo Ha Y/lOZY TeC/lUHUX npouanasaxa y paseuttcy e/leKTp0TeXHUKe. ­,Il;HjarreKTHKa, 1977, XII, 2; 5-18.

13 M. MUJIaHKOBUn 193

3. nPHJI03H v nPHPYQHHqHMA

3liOPHHqHMA H CnOMEHHqAMA

1. A1-tOpMaAHU craouyuu nllaHeTCKUX atuocdiepa. - V: Cnoxremrua nenece­roronaunsnne nporpecopcxor pana C. M. JI03aHHna. Beorpan, 1922; 41-44.

2. Mathematische Klimalehre und Astronomische Theorie der Klimaschwan­kungen. - In: Handbuch der Klimatclogie, I, A. Hrsg von W. Koppen undR. Geiger. Berlin, 1930; IV + A 176.

3. Stellung und Bewegung der Erde im Weltall. - In: Handbuch der Geo­physik. 1, II. Hrsg von Beno Gutenberg. Berlin, 1931; 69 -138.

4. Drehbewegungen der Erde. - In: Handbuch der Geophysik, 1, VI. Hrsgvon BenoGutenberg. Berlin, 1933; 371 - 437.

5. Siikulare Polverlagerungen. - In: Handbuch der Geophysik, 1, VII. Hrsgvon Beno Gutenberg. Berlin, 1933; 438 - 500.

6. Uber das Problem der Polverlagerungen. - In: Actes du Congres inter­ba1caniques des rnathematiciens, I. Athenes, 1935; 147- 151.

7. Astronomische Mittel zur Erforschung der erdgeschichtlichen Klimate.In: Handbuch der Geophysik, IX, VII. Hrsg von Beno Gutenberg. Ber­lin, 1938; IV + 593 - 698.

8. La part des sciences exactes dans les recherches des ages geologiques. ­In: Actes du lVeme Congres international du Quaternaire, II. Rome,1956; 858 - 862.

194

JIHCTA nEPHO,ll;HKE

Annalen der Physik, Leipzig Annln Phys.

Archaeologia Austriaca, Wien Archaeol. Austriaca

Astronomische Nachrichten, Kiel Astr. Nachr.

Beton und Eisen, Berlin Beton u. Eisen

Bulletin de I'Academie royaleserbe, Belgrade

Dijalektika, Beograd

Bull. Acad. r. serbe

Experientia, Basel

Gerlands Beitrage zur Geophysik,Leipzig

I'nac Cpncxe axanexcrje aayxa,Beorpan

Gerlands Beitr. Geophys.

I'nac CAH

I'nac Cpncxe xparsescxe axanexmje,Beorpan I'nac CKA

fJIaCHHK, CJIy)K6eHH JIHCT Cpncxe npano­

CJIaBHe narpnjapnmje, Beorpan

I'onannsax naurer nefia, Beorpan

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JIHcTa nepaonnxe canpzsn HaCJIOB nepaomrsne ny6JIHKaUHje H MeCTO asnarsa y JIe­BOM CTynUY H cxpahenn HaCJIOB, yKOJIHKO je xopnnthea y 6H6JIHOrpa<l>cKHM jena­nauaxsa, y p;eCHOM crvnuv, Cxpaheaa HaCJIOBH CTpaHHX xaconaca npevaern cy H3npapvsnaxa: World List of Scientific Periodicals in the Years 1900 - 1960. Ed. byPeter Brown and George Burder Stratton. Vol. I, ll, Ill. 4. ed. London, Butter.worths, 1963.

196

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Milica Muzijevic

LIST OF MILUTIN MILANKOVIC'S WORKS

Milutin Milankovic, our renowned scientist, engaged in astronomy, ma­thematics and geophysics, having achieved in his work multidisciplinaryapproach to scientific problems. He practised his basic profession - civilengineering only a few years after the studies at the Technical High Schoolin Vienna and he became a recognized expert in reinforced concrete constru­ctions. From the very beginning of his activity, Milankovic did not restricthimself to engineering only, and he published also scientific works and pa­tented his constructional solutions.

Having come to the University of Belgrade in 1909, where he waselected, on invitation, associate professor of applied mathematics (whichcomprises rational mechanics, theoretical physics and celestial mechanics),Milankovic decided to devote himself both to scientific creation and to tea­ching activity. He practised civil engineering but occasionally, when he wasinvited as one of the few experts in reinforced concrete in the prewar Ser­bia, to give his expert opinion, to survey the execution of works, etc. Ha­ving achieved, an ideal unity between the scientific work, teaching activityand practical engineering, Milankovic gave in all these fields great contri­butions.

The lectures at the University of Belgrade were, by their volumeand contents, on a level with the European university teaching in the firstdecades of this century. They surpassed by far the prevised curriculaand comprised: vector analysis, general theory of physical fields, electro­and magnetostatics, relativity theory, Maxwell's theory of electricity, etc.We may consider Milankovic as founder of the contemporary Applied ma­thematics at the University of Belgrade.

Scientific works are dedicated to the problem of solar climate andof temperatures on planets. He developed and elaborated the theory ofplanetary temperatures particularly for our planet, whereby he created his

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well-known mathematical theory of the Earth's climate. Milankovic's the­ory of he shifting of the Earth's poles is set forth in major work:Manual of Geophysics. In the field of astronomy he dealt successfully withthe reform of the Julian calendar.

As historian and popularizer of science, Milutin Milankovic wroteseveral works which are probably unsurpassed up to the present day inthis kind of creation with us.

Various and prolific creative work requires of the bibliographer pre­cise recording and listing of works. On this occasion we dressed a selectiveand newspapers; 3. Contributions in manuals collections of works and com­Prefaces, reviews of books, occasional works (inaugural speeches, necrolo­gies, etc.) as well as reprinted fragments from original works have not beencomprised in bibliography. Also have not been noted patent documents, car­ried out projects and solutions from the rich engineering activity of Milu­tin Milankovic.

Listed works are grouped, after the form and way in which they werepublished into three wholes: 1. Monographs; 2. Contributions in reviewsand newspapers; 3. Contributions in manuals collections of works and com­memorative volumes. Chronological principle of classifying has been carriedthrough in all the groups.

The Library of the Serbian Academy of Sciences and Arts prepares adetailed bibliography as its contribution to the celebration of the centen­ary of birth of the great scientist. A catalogue of Milankovic's library whichhe donated to the Academy is also being prepared. This precious collectionis being preserved as special library in the Library of the Serbian Academyof Sciences and Arts.

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