[go: up one dir, main page]

LAROZE, 1980 - Google Patents

Strength of materials and structures. Volume 2- Beam theory//(French book)

LAROZE, 1980

Document ID
16060210096610599408
Author
LAROZE S
Publication year
Publication venue
Paris, Eyrolles, Editeur

External Links

Continue reading at scholar.google.com (other versions)

Similar Documents

Publication Publication Date Title
Duan et al. A yield surface equation for doubly symmetrical sections
Wroth et al. A review of the engineering properties of soils, with particular reference to the shear modulus
FI74319C (en) FOGORGAN FOER FOGNING AV TRAEBALKAR VID VARANDRA.
JPS5621979A (en) Truck structure for construction vehicle
ATE88780T1 (en) COMPOSITE SUSPENSION.
EP0950553A3 (en) Door beam of aluminium alloy
LAROZE Strength of materials and structures. Volume 2- Beam theory//(French book)
IT7829200A0 (en) ON THE OTHER HAND, LONGITUDINAL SHEAR ELEMENTS TO SEPARATE PARALLELS OF RETICULAR STRUCTURES OR GRIDS WITH RETICULAR STRUCTURE.
Azhari et al. Inelastic initial local buckling of plates with and without residual stresses
Khoroshun A method for the construction of equations in the shear theory of thermoelasticity for laminated plates and shells
Kulak et al. Analysis and design of fabricated steel structures for fatigue: a primer for civil engineers
Fernezelyi et al. Experiments in Designing the Dynamics of Riveted Aluminum Joints
Watson et al. Impact response and post-impact residual strength of reinforced concrete structures
BERGER et al. Parametric version of structural vibration models(RECALAGE PARAMETRIQUE DE MODELES VIBRATOIRES DE STRUCTURES)(Final Report)
RIKARDS Optimization of three-dimensionally reinforced composite beams under buckling and dynamic constraints. I- The Timoshenko finite element beam method
Wu et al. Vibration of thin-walled composite structures
Saar Self-erecting two-layer steel prefabricated arch
Hornung et al. A method for calculating the out-of-plane buckling length of diagonals of truss girders with hollow sections and K-joints
SZMODITS Calculation of the strength of continuous multisupport sandwich beams
BISWAS et al. Minimum weight sandwich beam of rectangular cross section carrying a torsional load
König et al. Comparison between the cell structures produced by cyclic and monotonic deformation with the aid of transient creep experiments
SU846702A1 (en) Earthquake-proof building multistorey framework
ONU Shear load effect on beam matrices
Brisseaux The Groslee Bridge in May 1977
ROMANOV A study of the gasostatic molding of sandwich plates(Issledovanie protsessa gazostaticheskoi formovki trekhsloinykh panelei)