The phrase "a tool for optimising" is correct and usable in written English.
You can use it when referring to a method, software, or resource that enhances efficiency or effectiveness in a particular task or process.
Example: "This software serves as a tool for optimising our workflow and increasing productivity."
Alternatives: "a means to enhance" or "a resource for improving".
The algorithm is extendable to other instrument types and may also serve as a tool for optimising instruments or instrument packages with respect to specific scientific questions.
It uses data available to a process engineer even at a very early stage in process development and may therefore be used as a tool for optimising processes in the course of their development.
The success of the mechano-regulation model in predicting many of the cellular events that occur during osteochondral defect healing suggest that in the future it could be used as a tool for optimising scaffolds for tissue engineering.
In this work we presented a method and a tool for optimising the cloud service usage by performing cloud service evaluations based on a heterogeneous model of service characteristics.
41 A tool for optimising thromboresistance has been recently demonstrated in a comparative study of two continuous flow VADs, which combines experimental and numerical simulation.
The results of this study also confirmed that the exergy analysis using second law of thermodynamics is a potential tool for optimising dryer operation and design.
The model has been used to study the effects of homogenisation conditions and alloy composition on dispersoid formation and has been shown to be a powerful tool for optimising the dispersoid distribution in 7xxx series aluminium alloys.
In this study, the objective is to design a modelling tool for optimising the oil palm biomass and POME utilisation pathway as well as bioCNG distribution network for a palm oil mill cluster with maximum simultaneous economic satisfaction level.
The numerical code is a useful tool for optimising the design of facades so as to take advantage of different materials, orientations, geometries and to address different climatic conditions.
This paper presents a visualization tool for optimising DR programs for domestic hot water systems in distribution power networks.
It is well known that variable selection can be a useful tool for optimising multivariate prediction models, since many of the detected variables (in this case, metabolites) carry no systematic information about the health status of the individual [ 28]; that is, they are the same in RA patients as in controls and only introduce noise in the model.
