Demonstrate competence in programming fundamentals including structure and best practice

Computational Engineering •Demonstrate competence in programming fundamentals including structure and best practice • Apply numerical methods in a programming context to solve common civil engineering problems. • Write programs to generate data for, or solve civil engineering problems. • Critically compare numerical methods and programmes, considering computational efficiency and accuracy of the results.

Demonstrate competence in programming fundamentals including structure and best practice.

Computational Engineering •Demonstrate competence in programming fundamentals including structure and best practice. • Apply numerical methods in a programming context to solve common civil engineering problems. • Write programs to generate data for, or solve civil engineering problems. • Critically compare numerical methods and programmes, considering computational ef-ficiency and accuracy of the results.

Demonstrate competence in programming fundamentals including structure and best practice.

Computational Engineering. Demonstrate competence in programming fundamentals including structure and best practice. Apply numerical methods in a programming context to solve common civil engineering problems. Write programs to generate data for, or solve civil engineering problems Critically compare numerical methods and programmes, considering computational efficiency and accuracy of the results

Solve the following 2 bespoke tasks in MATLAB and then write up a report.

Computational Engineering – MATLAB. Solve the following 2 bespoke tasks in MATLAB and then write up a report. 2000 words. Exercise 1. Probability-based seismic vulnerability assessment Number of storeys, N=4 Average ceiling height, h=2.1771 [m] Plan area of the building, Atotal=120 [m2] Specific weight of the walls, pm=22.340 [kN/m3] Live load, ps (= μps) =3.4261 [kN/m2] … Read more