I struggle to recall a good reference that deals with all materials at all heights and is not a proprietary, firm specific resource. Most of the good publications are industry specific dealing primarily with a single material, be that steel, concrete, cold formed metal etc.
The right solution for your project is likely to be predicated by:
1) Where in the world your building will be located. Philippines?
2) The kind of occupancy(s) your building will contain. Residential? Commercial?
In many places, a 40 story residential building is likely to utilize concrete construction and concrete shear walls for its lateral force resisting system. This reflects minimal depth requirements for mechanical systems and a strong impetus to minimize floor to floor heights.
In the developing world, a 40 story building is quite likely to be cast in place concrete with concrete shear walls regardless of whether the occupancy is residential or office space. This reflects the availability of concrete and the low cost of labor relative to materials.
In more advanced markets, you see greater variability for tall commercial buildings. Many will combine steel gravity systems with concrete shear walls, steel braced frames, or both.
I feel that 40 stories is getting a bit tall for moment frames unless one is using them to make a tube out of the entire perimeter of the building al a Fazlur Kahn.
I think that it's also worth noting that, at 40 stories, you're starting to transition to the kind of building that will be dominated by wind load, even in high seismic environments.
If you decide to explore concrete, I like this as schematic design reference:
Link