Q2. What are the future works in "The influence of shop characteristics on workload control" ?
Obviously, the aggregate workload and the shop load do not appropriately indicate the future flow of work to a station in the case of job shops. Further research should detail intermediate shop configurations and look at robustness with respect to other modelled characteristics such as capacities and processing times.
Q3. What is the effect of a variable station position on the aggregate load?
Since the aggregate load includes the load upstream of a station, a momentarily increased station position will require an increased aggregate load.
Q4. What is the effect of method C on the performance of the shop?
As method C’ corrects for routing length differences among jobs, the improved performance of method C’ in the shops with variable20routing lengths confirms their expectations.
Q5. What is the reason why the input estimation is less advantageous?
The fact that also the more upstream stations reach their norm level might ensure a smooth inflow of work for downstream stations, so input estimation becomes less advantageous.
Q6. What is the result of the increase in the total lead time?
As the total lead time is the sum of the pool time and the shop floor time, the increasing lead time implies that waiting time in the pool increases stronger than waiting time on the floor decreases for tighter norms.