quasi-static compression and shock acceleration of lattice structures with photopolymer resin

Published: 12 May 2023| Version 1 | DOI: 10.17632/fhv5y4tzgc.1
Contributor:
Krit Jiamjiroch

Description

quasi-static compression and shock acceleration of lattice structures with photo polymer resin: The dataset consists of experiments conducted under various configurations, such as uniaxial compression and shock loading with a lattice structures. Observations and Measurements: There are two separation data set from this experiments quasi static compression and haft-sine shock response.

Files

Steps to reproduce

For a figure 6x.csv shows two set of data (i) and (ii), that can be possible plot in a series of strain (x) and stress (y, kPa) pair data. For a figure 7.csv shows single set of bar chat, that can be possible plot in a series of lattice structure (x, lattice type) and Energy adsorption (y, J m-3) For a figure 8.csv shows two series of scattering points; that are the scatter plot of relative stress (sigma*/sigma_s in y axis) over the relative density (x) with the scatter plot of ralative elastic modulus (E*/Es in y axis) over the relative density (x) For a figure 11.csv shows eight set of scattering plots, that can be possible plot in pair of time in sec (x) and four of shock level of forces (y) in N. the other fours series of haft-sine models corresponding to each shock levels,

Institutions

Multidisciplinary Digital Publishing Institute AG, Thammasat University - Rangsit Campus

Categories

Mechanical Engineering

Licence