FIB 8: Lightweight aggregate concrete

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FIB 8: Lightweight aggregate concrete

FIB 8: Lightweight aggregate concrete

FIB

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ఈ పుస్తకం ఎంతగా నచ్చింది?

దింపుకొన్న ఫైల్ నాణ్యత ఏమిటి?

పుస్తక నాణ్యత అంచనా వేయడాలనుకుంటే దీన్ని దింపుకోండి

దింపుకొన్న ఫైళ్ళ నాణ్యత ఏమిటి?

వర్గాలు:

Engineering - Civil & Structural Engineering

సంవత్సరం:

2000

ప్రచురణకర్త:

FIB

భాష:

english

పేజీల సంఖ్య:

114

ISBN 10:

2883940487

ISBN 13:

9782883940482

ఫైల్:

PDF, 21.36 MB

IPFS:

,

english, 2000

ఆన్‌లైన్‌లో చదవండి

కి మార్పిడి జరుగుతూ ఉంది.

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మీకు ఆసక్తిగా కనిపించ వచ్చు

FIB — FIB 13: Nuclear containments

ASTM — Standard Specification for Lightweight Aggregates for Structural Concrete

Fib — fib Bulletin 80 Partial factor methods for existing concrete structures

Brent, Jack Frank — An investigation of various lightweight aggregates used in making concrete

Dr J L Clarke — Structural Lightweight Aggregate Concrete

C.R. Hendy and R.P. Johnson (Editors) — Designers' Guide to EN 1994-2: Eurocode 4: Design of composite steel and concrete structures (Designers' Guides to the Eurocodes)

Hellmich, Christian; Kollegger, Johann; Pichler, Bernhard — CONCREEP 10 : Mechanics and Physics of Creep, Shrinkage, and Durability of Concrete and Concrete Structures

ACI Committee 213 — ACI 213R-03: Guide for Structural Lightweight-Aggregate Concrete

— FIB Practical design of structural concrete

Banks, C.; Burridge, J.; Cammelli, S.; Chiorino, M.A. — Tall Buildings - Structural Design of Concrete Buildings Up to 300 M Tall: A Working Group of The Concrete Centre and Fib Task Group 1.6

— FIB 1: Textbook on Behaviour, Design and Performance Volume 1: Introduction, Design process, Materials

FIB — FIB 2: Textbook on Behaviour, Design and Performance Volume 2: Basis of Design

— FIB 3: Textbook on Behaviour, Design and Performance Volume 3: Durability - Design for Fire Resistance, Member Design - Maintenance, Assessment and Repair, Practical Aspects

— FIB 4:Lightweight Aggregate Concrete, Codes and Standards

— FIB 5: Protective systems against hazards

FIB — FIB 6: Special design considerations for precast prestressed hollow core floors

— FIB 7: Corrugated plastic ducts for internal bonded post-tensioning

— Lightweight aggregate concrete

— FIB 9: Guidance for good bridge design

FIB — FIB 10:Bond of reinforcement in concrete

FIB — FIB 11: Factory applied corrosion protection of prestressing steel

FIB — FIB 12: Punching of structural concrete slabs

FIB — FIB 14: Externally bonded FRP reinforcement for RC structures

FIB — FIB 15: Durability of post-tensioning tendons

— FIB 16: Design examples for the 1996 FIP recommendations Practical design of structural concrete

— FIB 17: Management, maintenance and strengthening of concrete structures

FIB — FIB 18: Recycling of offshore concrete structures

FIB — FIB 19: Precast concrete in mixed construction

FIB — FIB 20: Grouting of tendons in prestressed concrete

FIB — FIB 21: Environmental issues in prefabrication

— FIB 22: Monitoring and safety evaluation of existing concrete structures

FIB — FIB 23: Environmental effects of concrete

— FIB 24: Seismic assessment and retrofit of reinforced concrete buildings

— FIB 25: Displacement-based seismic design of reinforced concrete buildings

— FIB 26: Influence of material and processing on stress corrosion cracking of prestressing steel - case studie

FIB — FIB 27: Seismic design of precast concrete building structures

— FIB 28: Environmental design

— FIB 29: Precast concrete bridges

— FIB 30: Acceptance of stay cable systems using prestressing steels

— FIB 31: Post-tensioning in buildings

FIB — FIB 32: Guidelines for the design of footbridges

— FIB 33: Durability of post-tensioning tendons