Bridge design and calculation (2)(Chinese Edition) - ein Angebot gefunden
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Bridge design and calculation (2)(Chinese Edition) (2012)
~EN HC NWISBN: 9787114101595 bzw. 7114101597, vermutlich in Englisch, gebundenes Buch, neu.
Lieferung aus: China, Volksrepublik, Versandkosten nach: DEU.
Von Händler/Antiquariat, BookerStudy.
hardcover. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.HardCover Pub Date: November 2012 Pages: 876 Publisher: People's Communications Press bridge design and calculation (2) is divided into six basic formula details involved in the design of roads and bridges. beam bridge. just frame bridge. arch bridge. cable-stayed bridge. suspension bridge. can be used as a bridge designers must manual tools book is comprehensive. informative. highly targeted and operability. The book is available for tertiary institutions and professional teachers to study and reference. as well as registered satin Structural Engineer (Bridge Engineering) exam resource materials. Written by Hunan University Bridge Engineering Cheng Xiangyun. Dumbbell. Affirmative Action ed. Contents: Section I of the first basic formula mathematical formula algebra section II. Section III of the plane trigonometric hyperbolic trigonometric functions the fourth quarter Differential Section V integral. Section VII LaGrand. Section VI of certain approximate formula Day interpolation formula geometric characteristics of the first units of measurement and the formula translation Section II commonly used three-dimensional cross-section mechanical properties of the fourth quarter calculation the flexural members deformation Multiplication Table Chapter III section beam calculated in section III The formula for single span beam section II. Section I a continuous girder Chapter section arch calculated the arch table first section axis geometry Section Analysis Section II arch plate described in section I Section II of the four sides simply supported plate first three four sides Fixed Slab Chapter VI rigid frame Section 1 Section IV Section V of the plate under different support conditions ribs shaped rigid frame the seventh chapter of the calculation formula of Section II oblique leg rigid frame is calculated elastic foundation Section I Section II beam strut stability plane bending beam basic differential equations of Section I Section II of infinitely long beam and semi-infinite beam section III in section IV of the short beam foundation beams Chapter VIII of the stability of the structure stable calculation of the third quarter arch stability calculation of internal forces calculated restraint torsion bending bar Chapter IX. Section IV pull (pressure) thin-walled bar first section opening section thin-walled beam section II box-shaped cross section thin-walled beam second beam bridge first chapter Itabashi first integral simply supported Itabashi second fabricated hinged Panchiao Continuous Slab the fourth quarter of the third quarter as a whole simply supported inclined Itabashi Schedule I (beam) simply supported bridge transverse load distribution affected line table fabricated T-shaped work shaped simply supported beam bridge design basic dimensions of the first standard drawings Section II assembly calculation of reinforced concrete and prestressed concrete simply supported girder bridge content Section III transverse load distribution coefficients Section IV Section V Bridge panel internal forces the diaphragm beam internal force calculation Section VI deck of continuous bridges flexible trestle piers Section VII simply supported inclined ribbed bridge transverse load distribution coefficient calculated in section VIII of simply supported curved ribs continuous elaboration of the basic dimensions of the beam bridge Section I Section II Section III of the internal force calculation step for calculating internal forces dead load girder bridge transverse load distribution calculation Chapter box section the fourth quarter car load internal forces calculated under Section V prestress times internal force calculation - Concrete Creep the equivalent load Law Section VI Secondary Internal Force Calculation - Conversion elastic modulus law ...... the Chapter box section beam stress analysis Chapter of skew continuous box girder bridges sixth the Chapter box section continuous curved beam bridge third Continuous Rigid Frame Bridge Chapter II T-shaped rigid frame bridge Chapter Slant Leg Rigid Frame of Title IV arch bridge fasting reinforced concrete arch bridge first rigid frame bridge chapter through CFST arch bridge in the third chapter of two chapter-supporting reinforced concrete arch bridge simply supported concrete tied arch bridge. cable-stayed bridge overall layout and size intended Chapter II cable force adjustment calculation Chapter the fourth chapter of the space of finite displacement analysis of cable-stayed bridge is calculated Chapter stable wind resistance and seismic Chapter concrete cable-stayed creep analysis of internal force calculation of Chapter II of chapter VI suspension bridge suspension bridge design suspension bridges and calculation method of substitution of the third chapter of the overall analysis of the suspension bridge plane beam method Chapter Transverse to static wind load calculation of self-anchored suspension references in Chapter VI of the vibration frequency of the fifth chapter of the suspension bridge Satisfaction guaranteed,or money back.
Von Händler/Antiquariat, BookerStudy.
hardcover. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.HardCover Pub Date: November 2012 Pages: 876 Publisher: People's Communications Press bridge design and calculation (2) is divided into six basic formula details involved in the design of roads and bridges. beam bridge. just frame bridge. arch bridge. cable-stayed bridge. suspension bridge. can be used as a bridge designers must manual tools book is comprehensive. informative. highly targeted and operability. The book is available for tertiary institutions and professional teachers to study and reference. as well as registered satin Structural Engineer (Bridge Engineering) exam resource materials. Written by Hunan University Bridge Engineering Cheng Xiangyun. Dumbbell. Affirmative Action ed. Contents: Section I of the first basic formula mathematical formula algebra section II. Section III of the plane trigonometric hyperbolic trigonometric functions the fourth quarter Differential Section V integral. Section VII LaGrand. Section VI of certain approximate formula Day interpolation formula geometric characteristics of the first units of measurement and the formula translation Section II commonly used three-dimensional cross-section mechanical properties of the fourth quarter calculation the flexural members deformation Multiplication Table Chapter III section beam calculated in section III The formula for single span beam section II. Section I a continuous girder Chapter section arch calculated the arch table first section axis geometry Section Analysis Section II arch plate described in section I Section II of the four sides simply supported plate first three four sides Fixed Slab Chapter VI rigid frame Section 1 Section IV Section V of the plate under different support conditions ribs shaped rigid frame the seventh chapter of the calculation formula of Section II oblique leg rigid frame is calculated elastic foundation Section I Section II beam strut stability plane bending beam basic differential equations of Section I Section II of infinitely long beam and semi-infinite beam section III in section IV of the short beam foundation beams Chapter VIII of the stability of the structure stable calculation of the third quarter arch stability calculation of internal forces calculated restraint torsion bending bar Chapter IX. Section IV pull (pressure) thin-walled bar first section opening section thin-walled beam section II box-shaped cross section thin-walled beam second beam bridge first chapter Itabashi first integral simply supported Itabashi second fabricated hinged Panchiao Continuous Slab the fourth quarter of the third quarter as a whole simply supported inclined Itabashi Schedule I (beam) simply supported bridge transverse load distribution affected line table fabricated T-shaped work shaped simply supported beam bridge design basic dimensions of the first standard drawings Section II assembly calculation of reinforced concrete and prestressed concrete simply supported girder bridge content Section III transverse load distribution coefficients Section IV Section V Bridge panel internal forces the diaphragm beam internal force calculation Section VI deck of continuous bridges flexible trestle piers Section VII simply supported inclined ribbed bridge transverse load distribution coefficient calculated in section VIII of simply supported curved ribs continuous elaboration of the basic dimensions of the beam bridge Section I Section II Section III of the internal force calculation step for calculating internal forces dead load girder bridge transverse load distribution calculation Chapter box section the fourth quarter car load internal forces calculated under Section V prestress times internal force calculation - Concrete Creep the equivalent load Law Section VI Secondary Internal Force Calculation - Conversion elastic modulus law ...... the Chapter box section beam stress analysis Chapter of skew continuous box girder bridges sixth the Chapter box section continuous curved beam bridge third Continuous Rigid Frame Bridge Chapter II T-shaped rigid frame bridge Chapter Slant Leg Rigid Frame of Title IV arch bridge fasting reinforced concrete arch bridge first rigid frame bridge chapter through CFST arch bridge in the third chapter of two chapter-supporting reinforced concrete arch bridge simply supported concrete tied arch bridge. cable-stayed bridge overall layout and size intended Chapter II cable force adjustment calculation Chapter the fourth chapter of the space of finite displacement analysis of cable-stayed bridge is calculated Chapter stable wind resistance and seismic Chapter concrete cable-stayed creep analysis of internal force calculation of Chapter II of chapter VI suspension bridge suspension bridge design suspension bridges and calculation method of substitution of the third chapter of the overall analysis of the suspension bridge plane beam method Chapter Transverse to static wind load calculation of self-anchored suspension references in Chapter VI of the vibration frequency of the fifth chapter of the suspension bridge Satisfaction guaranteed,or money back.
Daten vom 05.05.2019 10:54h
ISBN (andere Schreibweisen): 7-114-10159-7, 978-7-114-10159-5
ISBN (andere Schreibweisen): 7-114-10159-7, 978-7-114-10159-5
Zuerst gefunden: 05.05.2019 10:54:52
Zuletzt gefunden: 09.09.2019 14:55:20
Kleinster Preis: € 179,29 (vom 05.05.2019 10:54:52)
Höchster Preis: € 179,29 (vom 05.05.2019 10:54:52)
Fundstellen insgesamt: 1
Zuletzt gefunden: 09.09.2019 14:55:20
Kleinster Preis: € 179,29 (vom 05.05.2019 10:54:52)
Höchster Preis: € 179,29 (vom 05.05.2019 10:54:52)
Fundstellen insgesamt: 1
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SHAO XU DONG . CHENG XIANG YUN . LI LI FENG: Bridge design and calculation (2)(Chinese Edition)
ISBN: 9787114101595
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