Finite Element Analysis of Interlocking Loadbearing Hollow Block

Idib S. Sadoun

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Finite Element Analysis of Interlocking Loadbearing Hollow Block

Year: 2000 University: Circulation Research Vol: 117 (6)Pages: 536-46 Publisher: Lippincott Williams & Wilkins

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Abstract

Hrd1 and ERAD are essential components of the adaptive ER stress response in cardiac myocytes. Hrd1 contributes to preserving heart structure and function in a mouse model of pathological cardiac hypertrophy.

Keywords:

Interlocking Finite element method Structural engineering Ultimate tensile strength Deformation (meteorology) Block (permutation group theory) Stress (linguistics) Materials science Engineering Composite material Geometry Mathematics

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Structural Load-Bearing Analysis

Physical Sciences → Engineering → Civil and Structural Engineering

Masonry and Concrete Structural Analysis

Physical Sciences → Engineering → Civil and Structural Engineering

Structural Analysis and Optimization

Physical Sciences → Engineering → Civil and Structural Engineering

Finite Element Analysis of Interlocking Loadbearing Hollow Block

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