BS 3TA 10-2009 Specification for sheet of titanium-aluminium-vanadium alloy (tensile strength 960-1270 MPa)《钛-铝-钒合金薄板材规范(抗拉强度960-1270 MPa)》.pdf

《BS 3TA 10-2009 Specification for sheet of titanium-aluminium-vanadium alloy (tensile strength 960-1270 MPa)《钛-铝-钒合金薄板材规范(抗拉强度960-1270 MPa)》.pdf》由会员分享，可在线阅读，更多相关《BS 3TA 10-2009 Specification for sheet of titanium-aluminium-vanadium alloy (tensile strength 960-1270 MPa)《钛-铝-钒合金薄板材规范(抗拉强度960-1270 MPa)》.pdf（10页珍藏版）》请在麦多课文档分享上搜索。

1、raising standards worldwideNO COPYING WITHOUT BSI PERMISSION EXCEPT AS PERMITTED BY COPYRIGHT LAWBSI British StandardsWB9423_BSI_StandardColCov_noK_AW:BSI FRONT COVERS 5/9/08 12:55 Page 1AEROSPACE SERIESSpecification for sheet of titanium-aluminium-vanadium alloy (Tensile strength nullnullnullnullnu

2、ll nullnullnull nullPanullnullS nullTA nullnullnullnullnullnullnullBS 3TA 10:2009 BRITISH STANDARDPunulllishing and copyright informationThe BSI copyright notice displayed in this docunullent indicates nullhen the docunullent nullas last issuednullnull BSI 2009ISBN 9nullnull 0 nullnull0 nullnull3nul

3、lnull nullInullS null9null02nullnull30The nullollonulling BSI renullerences relate to the nullornull on this standard: nullonullnullittee renullerence Anullnullnullnull1 Dranullt nullor conullnullent 09null301932nullnull DnullPunulllication historynullirst punulllished 19nullnullSecond editionnull n

4、ullay 19nullnullThird nullpresentnull editionnull Nonullenullnuller 2009Amendments issued since punulllicationnullate Tenullt affected BRITISH STANDARDnull BSI 2009 null iBS 3TA 10:2009Contentsnullorenullord iinull Scope 1null Nornullatinulle renullerences 1null Technical renulluirenullents 1Binulll

5、iography 4nullist of tanulllesTanullle 1 null Technical renulluirenullents nullor titaniunullnullalunulliniunullnullnullanadiunullalloy sheet 2Summary of pagesThis docunullent conullprises a nullront conullernull an inside nullront conullernull pages i to iinull pages 1 to nullnull an inside nullacn

6、ull conuller and a nullacnull conullernullBS 3TA 10:2009ii null null BSI 2009BRITISH STANDARDnullorenullordPunulllishing informationThis British Standard is punulllished nully BSI and canulle into enullnullect on 30 Nonullenullnuller 2009null It nullas prepared nully nullanel Anullnullnullnull1nulln

7、ullnullnull9null Titanium and its alloysnull under the authority onull Technical nullonullnullittee Anullnullnullnull1null Metallic materials for aerospace purposesnull A list onull organinullations represented on this conullnullittee can nulle onulltained on renulluest to its secretarynullSupersess

8、ionThis British Standard supersedes BS 2TA 10:19nullnullnull nullhich is nullithdranullnnullInformation anullout this documentThis is a nullull renullision onull BS TA 10null and introduces the nullollonulling principal changesnullanull Renulluirenullents are stated in tanullular nullornullat in acc

9、ordance nullith nullN nullnull00null1 and nullN nullnull00nullnullnullnullnull nullhenullical conullposition has nulleen anullended to add renulluirenullents nullor nullothernull elenullentsnullcnull nullelting nullethod details hanulle nulleen deleted and replaced nully renullerence to Section 1 on

10、ull BS TA 100nullnullanullard nullarningsnullARnullInullnullnull This British Standard calls nullor the use onull sunullstances andnullor procedures that can nulle innullurious to health inull adenulluate precautions are not tanullennull It renullers only to technical suitanullility and does not anu

11、llsolnulle the user nullronull legal onullligations relating to health and sanullety at any stagenullnullse of this documentIt has nulleen assunulled in the preparation onull this British Standard that the enullecution onull its pronullisions nullill nulle entrusted to appropriately nullualinulled a

12、nd enullperienced peoplenull nullor nullhose use it has nulleen producednullPresentational conventionsThe pronullisions onull this standard are presented in ronullan nullinullenull uprightnulltypenull Its renulluirenullents are enullpressed in sentences in nullhich the principal aunulliliary nullern

13、ull is nullshallnullnullCommentary, explanation and general informative material is presented in smaller italic type, and does not constitute a normative element.Contractual and legal considerationsThis punulllication does not purport to include all the necessary pronullisions onull a contractnull n

14、ullsers are responsinullle nullor its correct applicationnullCompliance nullith a nullritish Standard cannot confer immunity from legal onullligationsnullBRITISH STANDARDnull BSI 2009 null 1BS 3TA 10:2009null ScopeThis British Standard specinulles renulluirenullents nullor titaniunullnullalunulliniu

15、nullnullnullanadiunull alloy sheet nullith a tensile strength onull 9null0 nullnulla to 1 2null0 nullnullanullnull nullormative referencesThe nullollonulling renullerenced docunullents are indispensanullle nullor the application onull this docunullentnull nullor dated renullerencesnull only the edit

16、ion cited appliesnull nullor undated renullerencesnull the latest edition onull the renullerenced docunullent nullincluding any anullendnullentsnull appliesnullBS TA 100null Procedure for inspection, testing and acceptance of wrought titanium and titanium alloys null Technical renulluirementsnullate

17、rial to this standard shall connullornull to Tanullle 1nullNnullTnull The format and symnullols used in Tanullle 1 are derived from nullN 4nullnullnullnull1 and nullN 4nullnullnullnull4.BS 3TA 10:20092 null null BSI 2009BRITISH STANDARDTanullle 1 Technical renulluirements for titanium-aluminium-vana

18、dium alloy sheetnull nullaterial designation nullS TA nullnullnull Chemical composition nullnulllenullentAl null nulle null null2N2 H2 nullnullthersTinullach Totalnullinnull nullnullnull0 3nullnull0 null null null null null null null nullBasenullanullnull nullnullnullnull nullnullnull0 0null30 0null

19、0null 0null20 0null0null0 0null01null 0null00null 0null10 0nullnull0null nullethod of melting See Section 1 onull BS TA 100nullnullnull nullorm Sheet 1nullnullnullnull nullethod of production Rollednullnullnull nullimit dimension(snull nullnull nullnull Technical specification Sections 1 and null on

20、ull BS TA 100nullnullnull nullelivery condition Annealed null descaled nulleat treatment null00 nullnull G G 900 nullnull null Anull or nullnull 2nullnullnullnull nullelivery condition code nullnull nullse condition Delinullery conditionnulleat treatment nullCharacteristicsnullnullnull Test sample(s

21、null See Section null onull BS TA 100nullnullnull Test piece(snull See Section null onull BS TA 100nullnullnull nulleat treatment nullse conditionnull nullimensions concerned nullnull nullnullnull Thicnullness of cladding on each facenull nullnullnull nullirection of test piece nullT 3nullnullnullTT

22、emperature nullnull Anullnullientnullnull Proof stress Rp0null2nullnulla H 900nullnull Strength Rnullnullnulla 9null0 G RnullG 1 2null0nullnull Elongation A null H nullnullnull Reduction of areanull null nullnullnull nullardness nullnullnull Shear strength Rcnullnulla nullnullnull nullending j null

23、nullnull0null a null 1null0nullnullnull Impact strength nullnullnullCTemperature nullnull nullnullnull Time h nullnullnull Stress ranullnulla nullnullnull Elongation a null nullnullnull Rupture stress rRnullnulla nullnullnull Elongation at ruptureA null nullnullnull nullotes nullsee line 9nullnull1n

24、ullnull 2nullnull 3nullBRITISH STANDARDnull BSI 2009 null 3BS 3TA 10:2009Tanullle 1 Technical renulluirements for titanium-aluminium-vanadium alloy sheet nullcontinuednullnullnull Enullternal defects null See Section null onull BS TA 100nullnull Surface contamination null See Section null onull BS T

25、A 100nullnull nullarnulling null See Section null onull BS TA 100nullnull nullimensional inspection null See Section null onull BS TA 100nullnull The tolerances applicanullle to nullaterial nullnished nully hot rolling shall applynullnull nullotes null1nullBritish Standards conullering other nullorn

26、ulls onull nullaterial onull sinullilar conullposition are:Rnull nullnullnullanull nullinnull null9null 900 1 100 920nullanullnull 1 1null0 1 1null0 1 300 1 1null0nullinulliting ruling section nullnullnullnull 1null0 20nullanullinullunull thicnullness nullnullnullnull 100nullornull British StandardB

27、ar and section nullor nullachining null BS TA 11 null nullnullorging stocnull null BS TA 12 null nullnullorging stocnull and nullire null null BS TA 2null nullnullnullnullorgings null BS TA 13 null nullnulllate BS TA nullnull null null nullSheet and strip null null null BS TA null92null Selected ten

28、ullperature shall nulle held at 1null nullnull3null The specinulled nullechanical properties nullight not nulle achienulled inull the nullaterial is tested in other than the transnullerse directionnullnull nullrinullarily intended nullor the nullanunullacture onull nullasteners connullornulling to t

29、he renulluirenullents onull the nullAnull series onull British StandardsBS 3TA 10:2009null null null BSI 2009BRITISH STANDARDnullinullliographyStandards punulllicationsnullor dated renullerencesnull only the edition cited appliesnull nullor undated renullerencesnull the latest edition onull the renu

30、llerenced docunullent nullincluding any anullendnullentsnull appliesnullBS TA 11null nullpecinullcation for nullar and section for machining of titaniumnullaluminiumnullvanadium alloy nullTensile strength nullnullnullnull1 1nullnull MPanull nullnullimiting ruling section 1nullnull mmnullBS TA 12null

31、 nullpecinullcation for forging stocnull of titaniumnullaluminiumnullvanadium alloy nullTensile strength nullnullnullnull1 1nullnull MPanull nullnullimiting ruling section 1nullnull mmnullBS TA 13null nullpecinullcation for forgings of titaniumnullaluminiumnullvanadium alloy nullTensile strength nul

32、lnullnullnull1 1nullnull MPanull nullnullimiting ruling section 1nullnull mmnullBS TA 2nullnull nullpecinullcation for forging stocnull of titaniumnullaluminiumnullvanadium alloy nullTensile strength 1 1nullnullnull1 nullnullnull MPanull nullnullimiting ruling section 2null mmnullBS TA nullnullnull

33、nullpecinullcation for plate of titaniumnullaluminiumnullvanadium alloy nullTensile strength nullnullnullnull1 1nullnull MPanull nullMaximum thicnullness 1nullnull mmnullBS TA null9null nullpecinullcation for sheet and strip of titaniumnullaluminiumnullvanadium alloy nullTensile strength null2nullnu

34、ll1 1nullnull MPanullnullN nullnull00null1null Metallic materials null nullules for the drafting and presentation of material standards null Part 1null nulleneral rules 1nullnullN nullnull00nullnullnull Metallic materials null nullules for the drafting and presentation of material standards null Par

35、t 4null nullpecinullc rules for titanium and titanium alloys 1null1nullnullunulllished as ASDnullSTAN nullrestandard at the date onull punulllication onullthis standardnullThis page deliberately left blankBSI is the independent national body responsible for preparing British Standards. It presents t

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